Japan Industrial Imaging
AssociationActivity of JIIA
Japan Industrial Imaging Association (JIIA) is a Japan‐based organization fostering technologicalinnovation of industrial imaging, thereby contributing to development of industrial imaging worldwide.
1. To establish and foster standards of advanced industrial imaging technology.
2. To study and research international, cross‐sectional standardization of industrial imaging technology.
3. To conduct seminars and lectures and exchange information on industrial imaging.
4. To disseminate information from meetings related to standardization.
5. To conduct market and technical trend analyses of the industrial imaging industry.
6. To organize and support conferences and other events related to industrial imaging.
7. To engage in activities ancillary to the foregoing.

Organization of JIIA

Joining to JIIA
Please refer “Invitation to JIIA” on JIIA’s website. You can apply from the website.

Japan Industrial Imaging Association
Room 512, Kikai Shinko Kaikan
3-5-8, Shibakoen, Minato-ku,Tokyo, 105-0011, Japan
TEL. +81-3-6403-1440
http://jiia.org/en/

JIIA Flyer_en_23-5

Machine Vision Standards

HFCS
This standard stipulates Measurement Methods for color
capturing accuracy of industrial camera. It is an evaluation
method for selecting and evaluating industrial cameras
used in inspection equipment.

SLVS-EC is a high speed interface between image sensor andprocessor. 8B10B architecture allows easy to assemble andtherefore suitable for high speed and long distance transmission.
Multi lane function supports various applications.

Optical Transmission
Media
https://www.emva.org/standardstechnology/emva-standardization-philosophy/

High speed imagers like the CMOS sensor are welladopted in the MV market. The Optical Transmission
Media WG has three types of the optical media to offer
the suitable solution.

CoaXPress is a scalable interface to connect devices to hosts.
It combines the simplicity of 75 ohm coaxial cable with serial
data transfer upto 12.5 Gbps, plus camera control and powerin the same cable. Now Optical fiber option is available.

IIDC2 offers common method for controlling cameras withvarious kinds of interfaces and models. IIDC2 standard uses
a flexible‐fixed camera control register layout. It is a very
simple approach for controlling cameras.

USB3 Vision standard is a camera standard using USB 3.0interface. This standard offers high speed of 5Gbps and a lowcost solution by the PC standard interface.

GenICam provides the common application programming
interface (API) for all kinds of cameras, no matter what
hardware interface technology is used or what features areimplemented.

GigE Vision standard uses the Ethernet (IEEE802.3)
communication standard. GigE Vision supports multiple
stream channels and allows for fast error‐free image transfer
over very long distances.

The EMVA1288 Standard is an electronic measurement
standard to meet a need for a more uniform andstandardized way of specifying the performance of image
sensors and cameras.

Lighting Standard
Camera Link® is a high speed digital IF standard since 2000.
Currently, many choices are possible as needed and PoCL
also allows one cable system.

Lighting standards are covering the methodology of lighting
design, performance measurement, specification notationand other technical items. Our team is also involved in
activities of GenICam SFNC for Machine Vision Lighting.

Camera Link HS supports the extra high speed datatransmission using 2 types of protocol: M‐Protocol for 3 Gbps
over copper cable, X-protocol for 10 Gbps over fiber cable. Itsupports the real time trigger with low jitter.

JIIA Lens Working Group has enacted 7 lens mountStandards for high resolution MV cameras.
Currently, the standards are enacted as S mount, NF/NF‐Jmount, TFL/TFL‐II mount, and CFL/CFL-II/CFL-III mount.