Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Verizon Wireless Ellipsis 7 vs Apple iPhone 5s - Phone specs comparison


Input: [1] 8 GB [2] 64 GB [Hardware]

Output: Built-in storage

Verizon Wireless Ellipsis 7 vs Apple iPhone 5s - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Verizon Wireless Ellipsis 7 vs Apple iPhone 5s - Phone specs comparison


Input: [1] NVIDIA Tegra 2 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

T-Mobile G-Slate vs Samsung Galaxy Tab 7.7 - Phone specs comparison


Input: [1] Dual core, 1000 MHz [2] Dual core, 1400 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

T-Mobile G-Slate vs Samsung Galaxy Tab 7.7 - Phone specs comparison


Input: [1] Yes [2] Mali-400MP GPU [Hardware]

Output: Graphics processor

T-Mobile G-Slate vs Samsung Galaxy Tab 7.7 - Phone specs comparison


Input: [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

T-Mobile G-Slate vs Samsung Galaxy Tab 7.7 - Phone specs comparison


Input: [1] 32 GB [2] 64 GB [Hardware]

Output: Built-in storage

T-Mobile G-Slate vs Samsung Galaxy Tab 7.7 - Phone specs comparison


Input: [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

T-Mobile G-Slate vs Samsung Galaxy Tab 7.7 - Phone specs comparison


Input: [2] Qualcomm Snapdragon S4 Plus MSM8960 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Motorola ELECTRIFY M vs Motorola DROID RAZR HD - Phone specs comparison


Input: [1] Dual core, 1500 MHz [2] Dual core, 1500 MHz, Krait [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Motorola ELECTRIFY M vs Motorola DROID RAZR HD - Phone specs comparison


Input: [1] Yes [2] Adreno 225 [Hardware]

Output: Graphics processor

Motorola ELECTRIFY M vs Motorola DROID RAZR HD - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Motorola ELECTRIFY M vs Motorola DROID RAZR HD - Phone specs comparison


Input: [1] 8 GB [2] 16 GB [Hardware]

Output: Built-in storage

Motorola ELECTRIFY M vs Motorola DROID RAZR HD - Phone specs comparison


Input: [1] 5 GB [Hardware]

Output: Maximum User Storage

Motorola ELECTRIFY M vs Motorola DROID RAZR HD - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Motorola ELECTRIFY M vs Motorola DROID RAZR HD - Phone specs comparison


Input: [1] MediaTek MT6589T [2] MediaTek 6582 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Lenovo Vibe X vs Lenovo S650 - Phone specs comparison


Input: [1] Quad core, 1500 MHz, ARM Cortex-A7 [2] Quad core, 1300 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Lenovo Vibe X vs Lenovo S650 - Phone specs comparison


Input: [1] PowerVR SGX544 [2] Mali-400 [Hardware]

Output: Graphics processor

Lenovo Vibe X vs Lenovo S650 - Phone specs comparison


Input: [1] 2048 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Lenovo Vibe X vs Lenovo S650 - Phone specs comparison


Input: [1] 16 GB [2] 8 GB [Hardware]

Output: Built-in storage

Lenovo Vibe X vs Lenovo S650 - Phone specs comparison


Input: [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Lenovo Vibe X vs Lenovo S650 - Phone specs comparison


Input: [1] NVIDIA Tegra 2 [2] NVIDIA Tegra 3 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Asus Eee Pad Transformer vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Dual core, 1000 MHz [2] Quad core, 1600 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Asus Eee Pad Transformer vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Yes [2] 12-core GPU [Hardware]

Output: Graphics processor

Asus Eee Pad Transformer vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Asus Eee Pad Transformer vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] 32 GB [2] 32 GB [Hardware]

Output: Built-in storage

Asus Eee Pad Transformer vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC [Hardware]

Output: Storage expansion

Asus Eee Pad Transformer vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Qualcomm Snapdragon S4 [2] Samsung Exynos [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Pantech Perception vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] Dual core, 1500 MHz [2] Quad core, 1400 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Pantech Perception vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] Yes [2] Yes [Hardware]

Output: Graphics processor

Pantech Perception vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Pantech Perception vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

Pantech Perception vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Pantech Perception vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] NVIDIA Tegra 3 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Toshiba AT300 vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] Quad core, 1300 MHz [2] Dual core, 1000 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Toshiba AT300 vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] 2-core NVIDIA GPU [2] Yes [Hardware]

Output: Graphics processor

Toshiba AT300 vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] 1000 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Toshiba AT300 vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] 32 GB [2] 32 GB [Hardware]

Output: Built-in storage

Toshiba AT300 vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] SD, SDHC up to 64 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Toshiba AT300 vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] Apple A5X [2] Samsung Exynos [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Apple iPad 3 vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] Dual core, 1000 MHz, ARM Cortex-A9 [2] Quad core, 1400 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Apple iPad 3 vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] Quad core PowerVR SGX543MP4 [2] Yes [Hardware]

Output: Graphics processor

Apple iPad 3 vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Apple iPad 3 vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] 64 GB [2] 16 GB [Hardware]

Output: Built-in storage

Apple iPad 3 vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Apple iPad 3 vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [2] Samsung Exynos [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung GALAXY Tab 8.9 LTE vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] Dual core, 1500 MHz [2] Quad core, 1400 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung GALAXY Tab 8.9 LTE vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] Yes [2] Yes [Hardware]

Output: Graphics processor

Samsung GALAXY Tab 8.9 LTE vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung GALAXY Tab 8.9 LTE vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

Samsung GALAXY Tab 8.9 LTE vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Samsung GALAXY Tab 8.9 LTE vs Samsung GALAXY Note 10.1 LTE - Phone specs comparison


Input: [1] Qualcomm Snapdragon S3 MSM8260 [2] Qualcomm Snapdragon S3 APQ8060 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

T-Mobile SpringBoard vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] Dual core, 1200 MHz [2] Dual core, 1500 MHz, Scorpion [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

T-Mobile SpringBoard vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] Yes [2] Adreno 220 [Hardware]

Output: Graphics processor

T-Mobile SpringBoard vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

T-Mobile SpringBoard vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] 16 GB [2] 1 GB [Hardware]

Output: Built-in storage

T-Mobile SpringBoard vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] microSD, microSDHC [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

T-Mobile SpringBoard vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] Qualcomm Snapdragon S4 Plus MSM8260A [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Asus PadFone vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] Dual core, 1500 MHz, Krait [2] Dual core, 1000 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Asus PadFone vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] Adreno 225 [2] Yes [Hardware]

Output: Graphics processor

Asus PadFone vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Asus PadFone vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] 64 GB [2] 32 GB [Hardware]

Output: Built-in storage

Asus PadFone vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Asus PadFone vs Samsung Galaxy Tab 2 (10.1) - Phone specs comparison


Input: [1] ST-Ericsson NovaThor U8500 [2] Samsung Exynos 4210 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung Galaxy Beam vs Samsung Galaxy S II - Phone specs comparison


Input: [1] Dual core, 1000 MHz [2] Dual core, 1200 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung Galaxy Beam vs Samsung Galaxy S II - Phone specs comparison


Input: [1] ARM Mali-400 [2] ARM Mali-400 [Hardware]

Output: Graphics processor

Samsung Galaxy Beam vs Samsung Galaxy S II - Phone specs comparison


Input: [1] 768 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung Galaxy Beam vs Samsung Galaxy S II - Phone specs comparison


Input: [1] 8 GB [2] 32 GB [Hardware]

Output: Built-in storage

Samsung Galaxy Beam vs Samsung Galaxy S II - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung Galaxy Beam vs Samsung Galaxy S II - Phone specs comparison


Input: [1] Qualcomm Snapdragon S4 Plus MSM8930 [2] Qualcomm Snapdragon [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

LG Optimus F6 vs LG Spirit 4G - Phone specs comparison


Input: [1] Dual core, 1200 MHz, Krait [2] Dual core, 1200 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

LG Optimus F6 vs LG Spirit 4G - Phone specs comparison


Input: [1] Adreno 305 [2] Yes [Hardware]

Output: Graphics processor

LG Optimus F6 vs LG Spirit 4G - Phone specs comparison


Input: [1] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

LG Optimus F6 vs LG Spirit 4G - Phone specs comparison


Input: [1] 4 GB [2] 4.3 GB [Hardware]

Output: Built-in storage

LG Optimus F6 vs LG Spirit 4G - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

LG Optimus F6 vs LG Spirit 4G - Phone specs comparison


Input: [1] 3.2 megapixels [2] 8 megapixels [Camera]

Output: Camera

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [1] Yes [2] LED [Camera]

Output: Flash

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [2] F2.6 [Camera]

Output: Aperture size Aperture size - The aperture of a camera is the opening through which light travels before it reaches the camera sensor. The smaller the number is, the bigger this opening is, allowing for more light to pass.

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [1] Digital zoom, Geo tagging [2] Back-illuminated sensor (BSI), CMOS image sensor, Autofocus, Touch to focus, Smile detection, Geo tagging, Self-timer [Camera]

Output: Features

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [2] Exposure compensation [Camera]

Output: Settings

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [2] Burst mode, High Dynamic Range mode (HDR), Panorama, Scenes [Camera]

Output: Shooting Modes

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [1] 1280x720 (720p HD) [2] 1920x1080 (1080p HD) (30 fps) [Camera]

Output: Camcorder

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [2] Video light [Camera]

Output: Features

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [1] 1.3 megapixels [2] 1.9 megapixels [Camera]

Output: Front-facing camera

Samsung Galaxy Admire 4G vs Samsung GALAXY Note II - Phone specs comparison


Input: [2] Qualcomm Snapdragon S4 Pro APQ8064 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung Galaxy Xcover 2 vs Sony Xperia Z - Phone specs comparison


Input: [1] Dual core, 1000 MHz, ARM Cortex-A9 [2] Quad core, 1500 MHz, Krait [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung Galaxy Xcover 2 vs Sony Xperia Z - Phone specs comparison


Input: [1] Mali-400MP [2] Adreno 320 [Hardware]

Output: Graphics processor

Samsung Galaxy Xcover 2 vs Sony Xperia Z - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung Galaxy Xcover 2 vs Sony Xperia Z - Phone specs comparison


Input: [1] 4 GB [2] 16 GB [Hardware]

Output: Built-in storage

Samsung Galaxy Xcover 2 vs Sony Xperia Z - Phone specs comparison


Input: [2] 11 GB [Hardware]

Output: Maximum User Storage

Samsung Galaxy Xcover 2 vs Sony Xperia Z - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung Galaxy Xcover 2 vs Sony Xperia Z - Phone specs comparison


Input: [2] ST Erricson NovaThor U8500 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung GALAXY Ace 2 vs Sony Xperia P - Phone specs comparison


Input: [1] Dual core, 800 MHz [2] Dual core, 1000 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung GALAXY Ace 2 vs Sony Xperia P - Phone specs comparison


Input: [1] Yes [2] ARM Mali-400 [Hardware]

Output: Graphics processor

Samsung GALAXY Ace 2 vs Sony Xperia P - Phone specs comparison


Input: [1] 768 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung GALAXY Ace 2 vs Sony Xperia P - Phone specs comparison


Input: [1] 4 GB [2] 16 GB [Hardware]

Output: Built-in storage

Samsung GALAXY Ace 2 vs Sony Xperia P - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung GALAXY Ace 2 vs Sony Xperia P - Phone specs comparison


Input: [1] Qualcomm Snapdragon S2 MSM7230 [2] Qualcomm MSM8255T [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

T-Mobile G2 vs T-Mobile myTouch Q 2 - Phone specs comparison


Input: [1] Single core, 800 MHz [2] Single core, 1400 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

T-Mobile G2 vs T-Mobile myTouch Q 2 - Phone specs comparison


Input: [2] Yes [Hardware]

Output: Graphics processor

T-Mobile G2 vs T-Mobile myTouch Q 2 - Phone specs comparison


Input: [1] 512 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

T-Mobile G2 vs T-Mobile myTouch Q 2 - Phone specs comparison


Input: [1] 4 GB [2] 4 GB [Hardware]

Output: Built-in storage

T-Mobile G2 vs T-Mobile myTouch Q 2 - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

T-Mobile G2 vs T-Mobile myTouch Q 2 - Phone specs comparison


Input: [1] Qualcomm Snapdragon S2 [2] Qualcomm Snapdragon S4 Plus MSM8960 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Lumigon T2 vs Motorola RAZR HD - Phone specs comparison


Input: [1] Single core, 1400 MHz [2] Dual core, 1500 MHz, Krait [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Lumigon T2 vs Motorola RAZR HD - Phone specs comparison


Input: [1] Yes [2] Adreno 225 [Hardware]

Output: Graphics processor

Lumigon T2 vs Motorola RAZR HD - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Lumigon T2 vs Motorola RAZR HD - Phone specs comparison


Input: [1] 8 GB [2] 16 GB [Hardware]

Output: Built-in storage

Lumigon T2 vs Motorola RAZR HD - Phone specs comparison


Input: [2] 12 GB [Hardware]

Output: Maximum User Storage

Lumigon T2 vs Motorola RAZR HD - Phone specs comparison


Input: [1] microSD, microSDHC, microSDXC [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Lumigon T2 vs Motorola RAZR HD - Phone specs comparison


Input: [1] Qualcomm Snapdragon [2] Qualcomm Snapdragon S3 MSM8660 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

HTC EVO View 4G vs ZTE Optik - Phone specs comparison


Input: [1] Single core, 1500 MHz [2] Dual core, 1200 MHz, Scorpion [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

HTC EVO View 4G vs ZTE Optik - Phone specs comparison


Input: [1] Yes [2] Adreno 220 [Hardware]

Output: Graphics processor

HTC EVO View 4G vs ZTE Optik - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

HTC EVO View 4G vs ZTE Optik - Phone specs comparison


Input: [1] 32 GB [2] 16 GB [Hardware]

Output: Built-in storage

HTC EVO View 4G vs ZTE Optik - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

HTC EVO View 4G vs ZTE Optik - Phone specs comparison


Input: [2] Apple A4 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung Galaxy Player 4.2 vs Apple iPod touch 4th generation - Phone specs comparison


Input: [1] Single core, 1000 MHz [2] Single core [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung Galaxy Player 4.2 vs Apple iPod touch 4th generation - Phone specs comparison


Input: [1] Yes [2] Yes [Hardware]

Output: Graphics processor

Samsung Galaxy Player 4.2 vs Apple iPod touch 4th generation - Phone specs comparison


Input: [1] 512 MB RAM [2] 256 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung Galaxy Player 4.2 vs Apple iPod touch 4th generation - Phone specs comparison


Input: [1] 8 GB [2] 64 GB [Hardware]

Output: Built-in storage

Samsung Galaxy Player 4.2 vs Apple iPod touch 4th generation - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung Galaxy Player 4.2 vs Apple iPod touch 4th generation - Phone specs comparison


Input: [1] Intel Atom [2] NVIDIA Tegra 3 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung Galaxy Tab 3 10.1-inch vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Dual core, 1600 MHz [2] Quad core, 1600 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung Galaxy Tab 3 10.1-inch vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Yes [2] 12-core GPU [Hardware]

Output: Graphics processor

Samsung Galaxy Tab 3 10.1-inch vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung Galaxy Tab 3 10.1-inch vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] 32 GB [2] 32 GB [Hardware]

Output: Built-in storage

Samsung Galaxy Tab 3 10.1-inch vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] 26.3 GB [Hardware]

Output: Maximum User Storage

Samsung Galaxy Tab 3 10.1-inch vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] microSD, microSDHC, microSDXC up to 64 GB [2] microSD, microSDHC [Hardware]

Output: Storage expansion

Samsung Galaxy Tab 3 10.1-inch vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Qualcomm Snapdragon S3 [2] TI OMAP4430 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

LG Spectrum vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] Dual core, 1500 MHz [2] Dual core, 1200 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

LG Spectrum vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] Yes [2] PowerVR SGX540 @ 304 MHz [Hardware]

Output: Graphics processor

LG Spectrum vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

LG Spectrum vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] 4 GB [2] 16 GB [Hardware]

Output: Built-in storage

LG Spectrum vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

LG Spectrum vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] TI OMAP4430 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Motorola DROID RAZR vs LG Lucid - Phone specs comparison


Input: [1] Dual core, 1200 MHz, ARM Cortex-A9 [2] Dual core, 1200 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Motorola DROID RAZR vs LG Lucid - Phone specs comparison


Input: [1] PowerVR SGX540 @ 304 MHz [2] Yes [Hardware]

Output: Graphics processor

Motorola DROID RAZR vs LG Lucid - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Motorola DROID RAZR vs LG Lucid - Phone specs comparison


Input: [1] 16 GB [2] 8 GB [Hardware]

Output: Built-in storage

Motorola DROID RAZR vs LG Lucid - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Motorola DROID RAZR vs LG Lucid - Phone specs comparison


Input: [1] Qualcomm Snapdragon S4 [2] Qualcomm Snapdragon S4 Pro APQ8064 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Pantech Perception vs Sony Xperia Z - Phone specs comparison


Input: [1] Dual core, 1500 MHz [2] Quad core, 1500 MHz, Krait [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Pantech Perception vs Sony Xperia Z - Phone specs comparison


Input: [1] Yes [2] Adreno 320 [Hardware]

Output: Graphics processor

Pantech Perception vs Sony Xperia Z - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Pantech Perception vs Sony Xperia Z - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

Pantech Perception vs Sony Xperia Z - Phone specs comparison


Input: [2] 11 GB [Hardware]

Output: Maximum User Storage

Pantech Perception vs Sony Xperia Z - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Pantech Perception vs Sony Xperia Z - Phone specs comparison


Input: [1] NVIDIA Tegra 3 [2] NVIDIA Tegra 3 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Asus MeMO 370T vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Quad core [2] Quad core, 1600 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Asus MeMO 370T vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [1] Yes [2] 12-core GPU [Hardware]

Output: Graphics processor

Asus MeMO 370T vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Asus MeMO 370T vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [2] 32 GB [Hardware]

Output: Built-in storage

Asus MeMO 370T vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [2] microSD, microSDHC [Hardware]

Output: Storage expansion

Asus MeMO 370T vs Asus Transformer Pad Infinity TF700T - Phone specs comparison


Input: [2] Samsung Exynos 4 (4412) [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung GALAXY Tab 2 (7.0) vs Samsung GALAXY Note 10.1 - Phone specs comparison


Input: [1] Dual core, 1000 MHz [2] Quad core, 1400 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung GALAXY Tab 2 (7.0) vs Samsung GALAXY Note 10.1 - Phone specs comparison


Input: [1] Yes [2] ARM Mali [Hardware]

Output: Graphics processor

Samsung GALAXY Tab 2 (7.0) vs Samsung GALAXY Note 10.1 - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung GALAXY Tab 2 (7.0) vs Samsung GALAXY Note 10.1 - Phone specs comparison


Input: [1] 32 GB [2] 16 GB [Hardware]

Output: Built-in storage

Samsung GALAXY Tab 2 (7.0) vs Samsung GALAXY Note 10.1 - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung GALAXY Tab 2 (7.0) vs Samsung GALAXY Note 10.1 - Phone specs comparison


Input: [1] Qualcomm MSM8255T [2] Qualcomm Snapdragon S4 Plus MSM8960 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

T-Mobile myTouch Q 2 vs Samsung Galaxy Stratosphere II - Phone specs comparison


Input: [1] Single core, 1400 MHz [2] Dual core, 1200 MHz, Krait [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

T-Mobile myTouch Q 2 vs Samsung Galaxy Stratosphere II - Phone specs comparison


Input: [1] Yes [2] Adreno 225 [Hardware]

Output: Graphics processor

T-Mobile myTouch Q 2 vs Samsung Galaxy Stratosphere II - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

T-Mobile myTouch Q 2 vs Samsung Galaxy Stratosphere II - Phone specs comparison


Input: [1] 4 GB [2] 8 GB [Hardware]

Output: Built-in storage

T-Mobile myTouch Q 2 vs Samsung Galaxy Stratosphere II - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

T-Mobile myTouch Q 2 vs Samsung Galaxy Stratosphere II - Phone specs comparison


Input: [1] NVIDIA Tegra 4 (T40) [2] Samsung Exynos 4 Quad (Exynos 4412) [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Microsoft Surface 2 vs Samsung Galaxy Note 8.0 - Phone specs comparison


Input: [1] Quad core, 1700 MHz, ARM Cortex-A15 [2] Quad core, 1600 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Microsoft Surface 2 vs Samsung Galaxy Note 8.0 - Phone specs comparison


Input: [1] Yes [2] ARM Mali-400 MP4 [Hardware]

Output: Graphics processor

Microsoft Surface 2 vs Samsung Galaxy Note 8.0 - Phone specs comparison


Input: [1] 2048 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Microsoft Surface 2 vs Samsung Galaxy Note 8.0 - Phone specs comparison


Input: [1] 32 GB [2] 16 GB [Hardware]

Output: Built-in storage

Microsoft Surface 2 vs Samsung Galaxy Note 8.0 - Phone specs comparison


Input: [1] microSD, microSDHC, microSDXC [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Microsoft Surface 2 vs Samsung Galaxy Note 8.0 - Phone specs comparison


Input: [2] TI OMAP4430 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung Stratosphere vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] Single core, 1000 MHz, ARM Cortex-A8 [2] Dual core, 1200 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung Stratosphere vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] Yes [2] PowerVR SGX540 @ 304 MHz [Hardware]

Output: Graphics processor

Samsung Stratosphere vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] 512 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung Stratosphere vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] 4 GB [2] 16 GB [Hardware]

Output: Built-in storage

Samsung Stratosphere vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung Stratosphere vs Motorola DROID RAZR MAXX - Phone specs comparison


Input: [1] Mediatek MT6582 [2] Qualcomm Snapdragon 801 MSM8974-AC [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

ARCHOS 64 Xenon vs Samsung Galaxy S5 - Phone specs comparison


Input: [1] Quad core, 1300 MHz [2] Quad core, 2500 MHz, Krait 400 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

ARCHOS 64 Xenon vs Samsung Galaxy S5 - Phone specs comparison


Input: [1] Yes [2] Adreno 330 [Hardware]

Output: Graphics processor

ARCHOS 64 Xenon vs Samsung Galaxy S5 - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

ARCHOS 64 Xenon vs Samsung Galaxy S5 - Phone specs comparison


Input: [1] 4 GB [2] 32 GB [Hardware]

Output: Built-in storage

ARCHOS 64 Xenon vs Samsung Galaxy S5 - Phone specs comparison


Input: [1] microSD [2] microSD, microSDHC, microSDXC up to 128 GB [Hardware]

Output: Storage expansion

ARCHOS 64 Xenon vs Samsung Galaxy S5 - Phone specs comparison


Input: [1] 5 megapixels [2] 5 megapixels [Camera]

Output: Camera

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [2] Dual LED [Camera]

Output: Flash

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [2] F2.8 [Camera]

Output: Aperture size Aperture size - The aperture of a camera is the opening through which light travels before it reaches the camera sensor. The smaller the number is, the bigger this opening is, allowing for more light to pass.

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [1] Autofocus [2] Autofocus, Geo tagging [Camera]

Output: Features

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [2] White balance presets [Camera]

Output: Settings

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [2] Scenes, Effects [Camera]

Output: Shooting Modes

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [1] 640x480 (VGA) (20 fps) [2] 1280x720 (720p HD) (30 fps) [Camera]

Output: Camcorder

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [2] Video calling [Camera]

Output: Features

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [2] 0.3 megapixels VGA [Camera]

Output: Front-facing camera

Acer Liquid vs Motorola ATRIX 4G - Phone specs comparison


Input: [1] NVIDIA Tegra 2 [2] NVIDIA Tegra 2 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Toshiba Thrive 7 Tablet vs Toshiba Thrive - Phone specs comparison


Input: [1] Dual core, 1000 MHz [2] Dual core, 1000 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Toshiba Thrive 7 Tablet vs Toshiba Thrive - Phone specs comparison


Input: [2] Yes [Hardware]

Output: Graphics processor

Toshiba Thrive 7 Tablet vs Toshiba Thrive - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Toshiba Thrive 7 Tablet vs Toshiba Thrive - Phone specs comparison


Input: [1] 32 GB [2] 32 GB [Hardware]

Output: Built-in storage

Toshiba Thrive 7 Tablet vs Toshiba Thrive - Phone specs comparison


Input: [1] microSD, microSDHC [2] SD [Hardware]

Output: Storage expansion

Toshiba Thrive 7 Tablet vs Toshiba Thrive - Phone specs comparison


Input: [1] NVIDIA Tegra 3 [2] TI OMAP4430 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Lenovo IdeaTab K2 vs BlackBerry PlayBook - Phone specs comparison


Input: [1] Quad core [2] Dual core, 1000 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Lenovo IdeaTab K2 vs BlackBerry PlayBook - Phone specs comparison


Input: [1] Yes [2] PowerVR SGX540 @ 304 MHz [Hardware]

Output: Graphics processor

Lenovo IdeaTab K2 vs BlackBerry PlayBook - Phone specs comparison


Input: [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Lenovo IdeaTab K2 vs BlackBerry PlayBook - Phone specs comparison


Input: [2] 64 GB [Hardware]

Output: Built-in storage

Lenovo IdeaTab K2 vs BlackBerry PlayBook - Phone specs comparison


Input: [1] SD, SDHC [Hardware]

Output: Storage expansion

Lenovo IdeaTab K2 vs BlackBerry PlayBook - Phone specs comparison


Input: [1] Qualcomm Snapdragon [2] Apple A4 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

ZTE Anthem 4G vs Apple iPhone 4 - Phone specs comparison


Input: [1] Dual core, 1200 MHz [2] Single core, 1000 MHz, ARM Cortex-A8 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

ZTE Anthem 4G vs Apple iPhone 4 - Phone specs comparison


Input: [1] Yes [2] PowerVR SGX535 [Hardware]

Output: Graphics processor

ZTE Anthem 4G vs Apple iPhone 4 - Phone specs comparison


Input: [1] 512 MB RAM / 4096 MB ROM [2] 512 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

ZTE Anthem 4G vs Apple iPhone 4 - Phone specs comparison


Input: [1] 2.3 GB [2] 32 GB [Hardware]

Output: Built-in storage

ZTE Anthem 4G vs Apple iPhone 4 - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

ZTE Anthem 4G vs Apple iPhone 4 - Phone specs comparison


Input: [1] 8 megapixels [2] 8 megapixels [Camera]

Output: Camera

T-Mobile myTouch 4G Slide vs Samsung Captivate Glide - Phone specs comparison


Input: [1] Dual LED [2] LED [Camera]

Output: Flash

T-Mobile myTouch 4G Slide vs Samsung Captivate Glide - Phone specs comparison


Input: [1] Autofocus, Touch to focus, Face detection, Digital zoom, Geo tagging [2] Autofocus, Smile detection, Geo tagging [Camera]

Output: Features

T-Mobile myTouch 4G Slide vs Samsung Captivate Glide - Phone specs comparison


Input: [1] Panorama [2] Panorama [Camera]

Output: Shooting Modes

T-Mobile myTouch 4G Slide vs Samsung Captivate Glide - Phone specs comparison


Input: [1] 1920x1080 (1080p HD) (30 fps) [2] 1280x720 (720p HD) (30 fps) [Camera]

Output: Camcorder

T-Mobile myTouch 4G Slide vs Samsung Captivate Glide - Phone specs comparison


Input: [1] Video calling [2] Video light, Video calling [Camera]

Output: Features

T-Mobile myTouch 4G Slide vs Samsung Captivate Glide - Phone specs comparison


Input: [1] Yes [2] 1.3 megapixels [Camera]

Output: Front-facing camera

T-Mobile myTouch 4G Slide vs Samsung Captivate Glide - Phone specs comparison


Input: [1] 2 megapixels [2] 5 megapixels [Camera]

Output: Camera

Nokia N81 vs Nokia N96 - Phone specs comparison


Input: [1] Yes [2] Dual LED [Camera]

Output: Flash

Nokia N81 vs Nokia N96 - Phone specs comparison


Input: [2] F2.8 [Camera]

Output: Aperture size Aperture size - The aperture of a camera is the opening through which light travels before it reaches the camera sensor. The smaller the number is, the bigger this opening is, allowing for more light to pass.

Nokia N81 vs Nokia N96 - Phone specs comparison


Input: [1] Digital zoom [2] Autofocus [Camera]

Output: Features

Nokia N81 vs Nokia N96 - Phone specs comparison


Input: [1] 320x240 (QVGA) (15 fps) [2] 640x480 (VGA) (30 fps) [Camera]

Output: Camcorder

Nokia N81 vs Nokia N96 - Phone specs comparison


Input: [1] Video calling [2] Video calling [Camera]

Output: Features

Nokia N81 vs Nokia N96 - Phone specs comparison


Input: [1] Yes [2] Yes [Camera]

Output: Front-facing camera

Nokia N81 vs Nokia N96 - Phone specs comparison


Input: [2] Qualcomm Snapdragon S4 MSM8960A [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Sony Xperia ion vs Samsung Galaxy S III MetroPCS - Phone specs comparison


Input: [1] Dual core, 1500 MHz [2] Dual core, 1500 MHz, Krait [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Sony Xperia ion vs Samsung Galaxy S III MetroPCS - Phone specs comparison


Input: [1] Yes [2] Adreno 225 [Hardware]

Output: Graphics processor

Sony Xperia ion vs Samsung Galaxy S III MetroPCS - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Sony Xperia ion vs Samsung Galaxy S III MetroPCS - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

Sony Xperia ion vs Samsung Galaxy S III MetroPCS - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Sony Xperia ion vs Samsung Galaxy S III MetroPCS - Phone specs comparison


Input: [1] Qualcomm Snapdragon [2] Samsung Exynos 4 (4412) [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

LG Spirit 4G vs Samsung Galaxy S III - Phone specs comparison


Input: [1] Dual core, 1200 MHz [2] Quad core, 1400 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

LG Spirit 4G vs Samsung Galaxy S III - Phone specs comparison


Input: [1] Yes [2] ARM Mali-400/MP4 [Hardware]

Output: Graphics processor

LG Spirit 4G vs Samsung Galaxy S III - Phone specs comparison


Input: [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

LG Spirit 4G vs Samsung Galaxy S III - Phone specs comparison


Input: [1] 4.3 GB [2] 32 GB [Hardware]

Output: Built-in storage

LG Spirit 4G vs Samsung Galaxy S III - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

LG Spirit 4G vs Samsung Galaxy S III - Phone specs comparison


Input: [1] Qualcomm MSM8255T [2] Qualcomm Snapdragon S2 MSM8255 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

T-Mobile myTouch Q 2 vs T-Mobile myTouch Q - Phone specs comparison


Input: [1] Single core, 1400 MHz [2] Single core, 1000 MHz, Scorpion [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

T-Mobile myTouch Q 2 vs T-Mobile myTouch Q - Phone specs comparison


Input: [1] Yes [2] Yes [Hardware]

Output: Graphics processor

T-Mobile myTouch Q 2 vs T-Mobile myTouch Q - Phone specs comparison


Input: [1] 1024 MB RAM [2] 512 MB RAM / 2048 MB ROM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

T-Mobile myTouch Q 2 vs T-Mobile myTouch Q - Phone specs comparison


Input: [1] 4 GB [Hardware]

Output: Built-in storage

T-Mobile myTouch Q 2 vs T-Mobile myTouch Q - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC [Hardware]

Output: Storage expansion

T-Mobile myTouch Q 2 vs T-Mobile myTouch Q - Phone specs comparison


Input: [2] Qualcomm Snapdragon S3 MSM8260 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Nokia 808 PureView vs Sony Xperia S - Phone specs comparison


Input: [1] Single core, 1300 MHz, ARM11 [2] Dual core, 1500 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Nokia 808 PureView vs Sony Xperia S - Phone specs comparison


Input: [1] Yes [2] Adreno 220 [Hardware]

Output: Graphics processor

Nokia 808 PureView vs Sony Xperia S - Phone specs comparison


Input: [1] 512 MB RAM / 1024 MB ROM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Nokia 808 PureView vs Sony Xperia S - Phone specs comparison


Input: [1] 16 GB [2] 32 GB [Hardware]

Output: Built-in storage

Nokia 808 PureView vs Sony Xperia S - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Nokia 808 PureView vs Sony Xperia S - Phone specs comparison


Input: [1] Qualcomm Snapdragon [2] Qualcomm Snapdragon S3 APQ8060 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

LG Doubleplay vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] Single core, 1000 MHz [2] Dual core, 1500 MHz, Scorpion [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

LG Doubleplay vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] Yes [2] Adreno 220 [Hardware]

Output: Graphics processor

LG Doubleplay vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] 512 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

LG Doubleplay vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] 2 GB [2] 1 GB [Hardware]

Output: Built-in storage

LG Doubleplay vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

LG Doubleplay vs Samsung Galaxy S Blaze 4G - Phone specs comparison


Input: [1] Qualcomm Snapdragon [2] Nvidia Tegra 3 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

HTC Nexus One CDMA vs HTC One X+ - Phone specs comparison


Input: [1] Single core, 1000 MHz [2] Quad core, 1700 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

HTC Nexus One CDMA vs HTC One X+ - Phone specs comparison


Input: [2] Yes [Hardware]

Output: Graphics processor

HTC Nexus One CDMA vs HTC One X+ - Phone specs comparison


Input: [1] 512 MB RAM / 512 MB ROM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

HTC Nexus One CDMA vs HTC One X+ - Phone specs comparison


Input: [2] 64 GB [Hardware]

Output: Built-in storage

HTC Nexus One CDMA vs HTC One X+ - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

HTC Nexus One CDMA vs HTC One X+ - Phone specs comparison


Input: [1] Apple A4 [2] Samsung Exynos 4 (4412) [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Apple iPod touch 4th generation vs Samsung Galaxy S III - Phone specs comparison


Input: [1] Single core [2] Quad core, 1400 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Apple iPod touch 4th generation vs Samsung Galaxy S III - Phone specs comparison


Input: [1] Yes [2] ARM Mali-400/MP4 [Hardware]

Output: Graphics processor

Apple iPod touch 4th generation vs Samsung Galaxy S III - Phone specs comparison


Input: [1] 256 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Apple iPod touch 4th generation vs Samsung Galaxy S III - Phone specs comparison


Input: [1] 64 GB [2] 32 GB [Hardware]

Output: Built-in storage

Apple iPod touch 4th generation vs Samsung Galaxy S III - Phone specs comparison


Input: [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Apple iPod touch 4th generation vs Samsung Galaxy S III - Phone specs comparison


Input: [1] TI OMAP4470 [2] Apple A5X [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

ARCHOS 101 XS vs Apple iPad 3 - Phone specs comparison


Input: [1] Dual core, 1500 MHz, ARM Cortex-A9 [2] Dual core, 1000 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

ARCHOS 101 XS vs Apple iPad 3 - Phone specs comparison


Input: [1] PowerVR SGX544 [2] Quad core PowerVR SGX543MP4 [Hardware]

Output: Graphics processor

ARCHOS 101 XS vs Apple iPad 3 - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

ARCHOS 101 XS vs Apple iPad 3 - Phone specs comparison


Input: [1] 16 GB [2] 64 GB [Hardware]

Output: Built-in storage

ARCHOS 101 XS vs Apple iPad 3 - Phone specs comparison


Input: [1] microSD, microSDHC, microSDXC up to 128 GB [Hardware]

Output: Storage expansion

ARCHOS 101 XS vs Apple iPad 3 - Phone specs comparison


Input: [1] Qualcomm Snapdragon S4 Plus MSM8960 [2] Hi-Silicon K3V2 + Balong V7R1 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Pantech Discover vs Huawei Ascend D2 - Phone specs comparison


Input: [1] Dual core, 1500 MHz, Krait [2] Quad core, 1500 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Pantech Discover vs Huawei Ascend D2 - Phone specs comparison


Input: [1] Adreno 225 [2] Yes [Hardware]

Output: Graphics processor

Pantech Discover vs Huawei Ascend D2 - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Pantech Discover vs Huawei Ascend D2 - Phone specs comparison


Input: [1] 16 GB [2] 32 GB [Hardware]

Output: Built-in storage

Pantech Discover vs Huawei Ascend D2 - Phone specs comparison


Input: [1] 13 GB [Hardware]

Output: Maximum User Storage

Pantech Discover vs Huawei Ascend D2 - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Pantech Discover vs Huawei Ascend D2 - Phone specs comparison


Input: [1] Qualcomm Snapdragon 400 [2] Samsung Exynos 4210 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

HTC One mini vs Samsung Galaxy S II - Phone specs comparison


Input: [1] Dual core, 1400 MHz, Krait [2] Dual core, 1200 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

HTC One mini vs Samsung Galaxy S II - Phone specs comparison


Input: [1] Adreno 305 [2] ARM Mali-400 [Hardware]

Output: Graphics processor

HTC One mini vs Samsung Galaxy S II - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

HTC One mini vs Samsung Galaxy S II - Phone specs comparison


Input: [1] 16 GB [2] 32 GB [Hardware]

Output: Built-in storage

HTC One mini vs Samsung Galaxy S II - Phone specs comparison


Input: [1] 11 GB [Hardware]

Output: Maximum User Storage

HTC One mini vs Samsung Galaxy S II - Phone specs comparison


Input: [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

HTC One mini vs Samsung Galaxy S II - Phone specs comparison


Input: [1] NVIDIA Tegra 2 [2] NVIDIA Tegra 2 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Asus Eee Pad Slider vs Asus Eee Pad Transformer 3G - Phone specs comparison


Input: [1] Dual core, 1200 MHz [2] Dual core, 1000 MHz [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Asus Eee Pad Slider vs Asus Eee Pad Transformer 3G - Phone specs comparison


Input: [1] Yes [2] Yes [Hardware]

Output: Graphics processor

Asus Eee Pad Slider vs Asus Eee Pad Transformer 3G - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Asus Eee Pad Slider vs Asus Eee Pad Transformer 3G - Phone specs comparison


Input: [1] 32 GB [2] 32 GB [Hardware]

Output: Built-in storage

Asus Eee Pad Slider vs Asus Eee Pad Transformer 3G - Phone specs comparison


Input: [1] microSD, microSDHC [2] microSD [Hardware]

Output: Storage expansion

Asus Eee Pad Slider vs Asus Eee Pad Transformer 3G - Phone specs comparison


Input: [2] TI OMAP4460 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung GALAXY Ace 2 vs Samsung GALAXY Nexus - Phone specs comparison


Input: [1] Dual core, 800 MHz [2] Dual core, 1200 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung GALAXY Ace 2 vs Samsung GALAXY Nexus - Phone specs comparison


Input: [1] Yes [2] PowerVR SGX540 [Hardware]

Output: Graphics processor

Samsung GALAXY Ace 2 vs Samsung GALAXY Nexus - Phone specs comparison


Input: [1] 768 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung GALAXY Ace 2 vs Samsung GALAXY Nexus - Phone specs comparison


Input: [1] 4 GB [2] 32 GB [Hardware]

Output: Built-in storage

Samsung GALAXY Ace 2 vs Samsung GALAXY Nexus - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung GALAXY Ace 2 vs Samsung GALAXY Nexus - Phone specs comparison


Input: [1] Samsung Exynos [2] Samsung Exynos 4 (4412) [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung GALAXY Note 10.1 LTE vs Samsung GALAXY Note II AT&T - Phone specs comparison


Input: [1] Quad core, 1400 MHz [2] Quad core, 1600 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung GALAXY Note 10.1 LTE vs Samsung GALAXY Note II AT&T - Phone specs comparison


Input: [1] Yes [2] ARM Mali-400 MP4 (Quad-Core) [Hardware]

Output: Graphics processor

Samsung GALAXY Note 10.1 LTE vs Samsung GALAXY Note II AT&T - Phone specs comparison


Input: [1] 2048 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung GALAXY Note 10.1 LTE vs Samsung GALAXY Note II AT&T - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

Samsung GALAXY Note 10.1 LTE vs Samsung GALAXY Note II AT&T - Phone specs comparison


Input: [1] microSD, microSDHC, microSDXC up to 64 GB [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Samsung GALAXY Note 10.1 LTE vs Samsung GALAXY Note II AT&T - Phone specs comparison


Input: [1] 5 megapixels [2] 8 megapixels [Camera]

Output: Camera

Google Nexus S 4G vs Motorola PHOTON 4G - Phone specs comparison


Input: [1] LED [2] Dual LED [Camera]

Output: Flash

Google Nexus S 4G vs Motorola PHOTON 4G - Phone specs comparison


Input: [1] F2.6 [Camera]

Output: Aperture size Aperture size - The aperture of a camera is the opening through which light travels before it reaches the camera sensor. The smaller the number is, the bigger this opening is, allowing for more light to pass.

Google Nexus S 4G vs Motorola PHOTON 4G - Phone specs comparison


Input: [1] Autofocus [2] Autofocus, Digital zoom [Camera]

Output: Features

Google Nexus S 4G vs Motorola PHOTON 4G - Phone specs comparison


Input: [1] 720x480 (DVD) (30 fps) [2] 1920x1080 (1080p HD), 1280x720 (720p HD) (30 fps) [Camera]

Output: Camcorder

Google Nexus S 4G vs Motorola PHOTON 4G - Phone specs comparison


Input: [1] Video light, Video calling [2] Video calling [Camera]

Output: Features

Google Nexus S 4G vs Motorola PHOTON 4G - Phone specs comparison


Input: [1] 0.3 megapixels VGA [2] 0.3 megapixels VGA [Camera]

Output: Front-facing camera

Google Nexus S 4G vs Motorola PHOTON 4G - Phone specs comparison


Input: [1] Qualcomm Snapdragon S1 MSM7627 [2] TI OMAP3630 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

LG Ally vs Motorola DROID 2 - Phone specs comparison


Input: [1] Single core, 600 MHz, ARM11 [2] Single core, 1000 MHz, ARM Cortex-A8 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

LG Ally vs Motorola DROID 2 - Phone specs comparison


Input: [1] Adreno 200 [2] PowerVR SGX530 [Hardware]

Output: Graphics processor

LG Ally vs Motorola DROID 2 - Phone specs comparison


Input: [1] 256 MB RAM / 512 MB ROM [2] 512 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

LG Ally vs Motorola DROID 2 - Phone specs comparison


Input: [1] 0.102 GB [2] 8 GB [Hardware]

Output: Built-in storage

LG Ally vs Motorola DROID 2 - Phone specs comparison


Input: [1] microSD, microSDHC up to 16 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

LG Ally vs Motorola DROID 2 - Phone specs comparison


Input: [2] Qualcomm Snapdragon S2 MSM8255 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung Galaxy Tab Wi-Fi vs HTC Flyer Wi-Fi - Phone specs comparison


Input: [1] 1000 MHz [2] Single core, 1500 MHz, Scorpion [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung Galaxy Tab Wi-Fi vs HTC Flyer Wi-Fi - Phone specs comparison


Input: [1] Yes [2] Adreno 205 [Hardware]

Output: Graphics processor

Samsung Galaxy Tab Wi-Fi vs HTC Flyer Wi-Fi - Phone specs comparison


Input: [1] 592 MB RAM / 512 MB ROM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung Galaxy Tab Wi-Fi vs HTC Flyer Wi-Fi - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

Samsung Galaxy Tab Wi-Fi vs HTC Flyer Wi-Fi - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung Galaxy Tab Wi-Fi vs HTC Flyer Wi-Fi - Phone specs comparison


Input: [1] Qualcomm Snapdragon S3 MSM8260 [2] Qualcomm Snapdragon S3 APQ8060 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

T-Mobile SpringBoard vs Pantech Element - Phone specs comparison


Input: [1] Dual core, 1200 MHz [2] Dual core, 1500 MHz, Scorpion [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

T-Mobile SpringBoard vs Pantech Element - Phone specs comparison


Input: [1] Yes [2] Adreno 220 [Hardware]

Output: Graphics processor

T-Mobile SpringBoard vs Pantech Element - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

T-Mobile SpringBoard vs Pantech Element - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

T-Mobile SpringBoard vs Pantech Element - Phone specs comparison


Input: [1] microSD, microSDHC [2] microSD, microSDHC up to 16 GB [Hardware]

Output: Storage expansion

T-Mobile SpringBoard vs Pantech Element - Phone specs comparison


Input: [1] NVIDIA Tegra 2 [2] Qualcomm Snapdragon S4 Plus MSM8960 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Motorola ATRIX 4G vs Samsung Galaxy S III AT&T - Phone specs comparison


Input: [1] Dual core, 1000 MHz [2] Dual core, 1500 MHz, Krait [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Motorola ATRIX 4G vs Samsung Galaxy S III AT&T - Phone specs comparison


Input: [1] Yes [2] Adreno 225 [Hardware]

Output: Graphics processor

Motorola ATRIX 4G vs Samsung Galaxy S III AT&T - Phone specs comparison


Input: [1] 1024 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Motorola ATRIX 4G vs Samsung Galaxy S III AT&T - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

Motorola ATRIX 4G vs Samsung Galaxy S III AT&T - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC, microSDXC up to 64 GB [Hardware]

Output: Storage expansion

Motorola ATRIX 4G vs Samsung Galaxy S III AT&T - Phone specs comparison


Input: [1] Qualcomm Snapdragon 400 [2] Qualcomm Snapdragon 800 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

ZTE Grand Memo II LTE vs ZTE Grand S II - Phone specs comparison


Input: [2] Quad core, 2300 MHz, Krait 400 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

ZTE Grand Memo II LTE vs ZTE Grand S II - Phone specs comparison


Input: [1] Yes [2] Adreno 330 [Hardware]

Output: Graphics processor

ZTE Grand Memo II LTE vs ZTE Grand S II - Phone specs comparison


Input: [1] 2048 MB RAM [2] 2048 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

ZTE Grand Memo II LTE vs ZTE Grand S II - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

ZTE Grand Memo II LTE vs ZTE Grand S II - Phone specs comparison


Input: [1] microSD [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

ZTE Grand Memo II LTE vs ZTE Grand S II - Phone specs comparison


Input: [1] 5 megapixels [2] 5 megapixels [Camera]

Output: Camera

GIGABYTE G1342 vs Samsung Galaxy Ace - Phone specs comparison


Input: [1] Yes [2] LED [Camera]

Output: Flash

GIGABYTE G1342 vs Samsung Galaxy Ace - Phone specs comparison


Input: [1] Autofocus [2] Autofocus, Smile detection [Camera]

Output: Features

GIGABYTE G1342 vs Samsung Galaxy Ace - Phone specs comparison


Input: [2] White balance presets [Camera]

Output: Settings

GIGABYTE G1342 vs Samsung Galaxy Ace - Phone specs comparison


Input: [2] Burst mode, Panorama, Effects [Camera]

Output: Shooting Modes

GIGABYTE G1342 vs Samsung Galaxy Ace - Phone specs comparison


Input: [1] Yes [2] 320x240 (QVGA) (20 fps) [Camera]

Output: Camcorder

GIGABYTE G1342 vs Samsung Galaxy Ace - Phone specs comparison


Input: [1] NVIDIA Tegra 2 [2] NVIDIA Tegra 3 T30L [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Asus Eee Pad Slider vs Asus Transformer Pad 300 - Phone specs comparison


Input: [1] Dual core, 1200 MHz [2] Quad core, 1200 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Asus Eee Pad Slider vs Asus Transformer Pad 300 - Phone specs comparison


Input: [1] Yes [2] ULP GeForce @ 416MHz [Hardware]

Output: Graphics processor

Asus Eee Pad Slider vs Asus Transformer Pad 300 - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Asus Eee Pad Slider vs Asus Transformer Pad 300 - Phone specs comparison


Input: [1] 32 GB [2] 32 GB [Hardware]

Output: Built-in storage

Asus Eee Pad Slider vs Asus Transformer Pad 300 - Phone specs comparison


Input: [1] microSD, microSDHC [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Asus Eee Pad Slider vs Asus Transformer Pad 300 - Phone specs comparison


Input: [1] Qualcomm Snapdragon S4 Plus MSM8960 [2] ST-Ericsson NovaThor U8500 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Samsung Galaxy Rugby Pro vs Sony Xperia go - Phone specs comparison


Input: [1] Dual core, 1500 MHz, Krait [2] Dual core, 1000 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Samsung Galaxy Rugby Pro vs Sony Xperia go - Phone specs comparison


Input: [1] Adreno 225 [2] ARM Mali-400 [Hardware]

Output: Graphics processor

Samsung Galaxy Rugby Pro vs Sony Xperia go - Phone specs comparison


Input: [1] 1024 MB RAM [2] 512 MB RAM / 8192 MB ROM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Samsung Galaxy Rugby Pro vs Sony Xperia go - Phone specs comparison


Input: [1] 8 GB [Hardware]

Output: Built-in storage

Samsung Galaxy Rugby Pro vs Sony Xperia go - Phone specs comparison


Input: [2] 4 GB [Hardware]

Output: Maximum User Storage

Samsung Galaxy Rugby Pro vs Sony Xperia go - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Samsung Galaxy Rugby Pro vs Sony Xperia go - Phone specs comparison


Input: [1] Qualcomm Snapdragon S2 MSM8655 [2] TI OMAP4430 [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

LG Revolution vs Motorola DROID 4 - Phone specs comparison


Input: [1] Single core, 1000 MHz [2] Dual core, 1200 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

LG Revolution vs Motorola DROID 4 - Phone specs comparison


Input: [1] Yes [2] PowerVR SGX540 @ 304 MHz [Hardware]

Output: Graphics processor

LG Revolution vs Motorola DROID 4 - Phone specs comparison


Input: [2] 1024 MB RAM / 16384 MB ROM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

LG Revolution vs Motorola DROID 4 - Phone specs comparison


Input: [1] 16 GB [2] 16 GB [Hardware]

Output: Built-in storage

LG Revolution vs Motorola DROID 4 - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [2] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

LG Revolution vs Motorola DROID 4 - Phone specs comparison


Input: [1] NVIDIA Tegra 2 [2] Apple A5X [Hardware]

Output: System chip System chip - Most modern handsets use an advanced chip that includes many of the device’s hardware modules like the processor, Wi-Fi, Bluetooth and sometimes even the wireless radio. This field shows what particular system chip (or System-on-a-Chip) is used in the phone.

Motorola XOOM Wi-Fi vs Apple iPad 3 - Phone specs comparison


Input: [1] Dual core, 1000 MHz [2] Dual core, 1000 MHz, ARM Cortex-A9 [Hardware]

Output: Processor Processor - The processor is the main computing component of a phone and is a major factor when it comes to the overall speed of the device. Some more powerful smartphones use dual-core and quad-core processors designed to deliver greater performance.

Motorola XOOM Wi-Fi vs Apple iPad 3 - Phone specs comparison


Input: [1] Yes [2] Quad core PowerVR SGX543MP4 [Hardware]

Output: Graphics processor

Motorola XOOM Wi-Fi vs Apple iPad 3 - Phone specs comparison


Input: [1] 1024 MB RAM [2] 1024 MB RAM [Hardware]

Output: System memory System memory - System memory, or RAM memory is the type of memory that the device uses to temporarily store data from the OS or currently-running apps. The more RAM available to the device, the better the performance will be when multiple or heavier programs are running.

Motorola XOOM Wi-Fi vs Apple iPad 3 - Phone specs comparison


Input: [1] 32 GB [2] 64 GB [Hardware]

Output: Built-in storage

Motorola XOOM Wi-Fi vs Apple iPad 3 - Phone specs comparison


Input: [1] microSD, microSDHC up to 32 GB [Hardware]

Output: Storage expansion

Motorola XOOM Wi-Fi vs Apple iPad 3 - Phone specs comparison