A data processing device, comprising: an encoder configured to encode information bits into a code word of a low density parity check, LDPC, code having a code length of 16200 bits and a code rate of 10/15 on the basis of a parity check matrix of the LDPC code, the LDPC code word including information bits and parity bits, the parity check matrix including an information matrix part of dimension MxK corresponding to the information bits and a parity matrix part of dimension MxM corresponding to the parity bits, the parity matrix part being a lower bidiagonal matrix, in which elements of "1" are arranged in a step-wise fashion, in which the row weight is 1 for a first row and 2 in the remaining rows and in which the column weight is 1 for the last column and 2 in the remaining columns, and the information matrix part being represented by a parity check matrix initial value table, wherein the parity check matrix initial value table is a table showing in its i-th row, 1 ≤ i ≤ 30, the positions of elements "1" in the (1 + 360 × (i - 1))-th column of the information matrix part, and wherein based on each (1 + 360 × (i - 1))-th column, 1 ≤ i ≤ 30, columns 2 + 360 x (i-1) through 360xi of the information matrix part are determined by cyclically downshifting the respective preceding column by M/360, and is given by 352 747 894 1437 1688 1807 1883 2119 2159 3321 3400 3543 3588 3770 3821 4384 4470 4884 5012 5036 5084 5101 5271 5281 5353 505 915 1156 1269 1518 1650 2153 2256 2344 2465 2509 2867 2875 3007 3254 3519 3687 4331 4439 4532 4940 5011 5076 5113 5367 268 346 650 919 1260 4389 4653 4721 4838 5054 5157 5162 5275 5362 220 236 828 1590 1792 3259 3647 4276 4281 4325 4963 4974 5003 5037 381 737 1099 1409 2364 2955 3228 3341 3473 3985 4257 4730 5173 5242 88 771 1640 1737 1803 2408 2575 2974 3167 3464 3780 4501 4901 5047 749 1502 2201 3189 2873 3245 3427 2158 2605 3165 1 3438 3606 10 3019 5221 371 2901 2923 9 3935 4683 1937 3502 3735 507 3128 4994 25 3854 4550 1178 4737 5366 2 223 5304 1146 5175 5197 1816 2313 3649 740 1951 3844 1320 3703 4791 1754 2905 4058 7 917 5277 3048 3954 5396 4804 4824 5105 2812 3895 5226 0 5318 5358 1483 2324 4826 2266 4752 5387. an encoder configured to encode information bits into a code word of a low density parity check, LDPC, code having a code length of 16200 bits and a code rate of 10/15 on the basis of a parity check matrix of the LDPC code, the LDPC code word including information bits and parity bits, the parity check matrix including an information matrix part of dimension MxK corresponding to the information bits and a parity matrix part of dimension MxM corresponding to the parity bits, the parity matrix part being a lower bidiagonal matrix, in which elements of "1" are arranged in a step-wise fashion, in which the row weight is 1 for a first row and 2 in the remaining rows and in which the column weight is 1 for the last column and 2 in the remaining columns, and the information matrix part being represented by a parity check matrix initial value table, wherein the parity check matrix initial value table is a table showing in its i-th row, 1 ≤ i ≤ 30, the positions of elements "1" in the (1 + 360 × (i - 1))-th column of the information matrix part, and wherein based on each (1 + 360 × (i - 1))-th column, 1 ≤ i ≤ 30, columns 2 + 360 x (i-1) through 360xi of the information matrix part are determined by cyclically downshifting the respective preceding column by M/360, and is given by 352 747 894 1437 1688 1807 1883 2119 2159 3321 3400 3543 3588 3770 3821 4384 4470 4884 5012 5036 5084 5101 5271 5281 5353 505 915 1156 1269 1518 1650 2153 2256 2344 2465 2509 2867 2875 3007 3254 3519 3687 4331 4439 4532 4940 5011 5076 5113 5367 268 346 650 919 1260 4389 4653 4721 4838 5054 5157 5162 5275 5362 220 236 828 1590 1792 3259 3647 4276 4281 4325 4963 4974 5003 5037 381 737 1099 1409 2364 2955 3228 3341 3473 3985 4257 4730 5173 5242 88 771 1640 1737 1803 2408 2575 2974 3167 3464 3780 4501 4901 5047 749 1502 2201 3189 2873 3245 3427 2158 2605 3165 1 3438 3606 10 3019 5221 371 2901 2923 9 3935 4683 1937 3502 3735 507 3128 4994 25 3854 4550 1178 4737 5366 2 223 5304 1146 5175 5197 1816 2313 3649 740 1951 3844 1320 3703 4791 1754 2905 4058 7 917 5277 3048 3954 5396 4804 4824 5105 2812 3895 5226 0 5318 5358 1483 2324 4826 2266 4752 5387. 352 747 894 1437 1688 1807 1883 2119 2159 3321 3400 3543 3588 3770 3821 4384 4470 4884 5012 5036 5084 5101 5271 5281 5353 505 915 1156 1269 1518 1650 2153 2256 2344 2465 2509 2867 2875 3007 3254 3519 3687 4331 4439 4532 4940 5011 5076 5113 5367 268 346 650 919 1260 4389 4653 4721 4838 5054 5157 5162 5275 5362 220 236 828 1590 1792 3259 3647 4276 4281 4325 4963 4974 5003 5037 381 737 1099 1409 2364 2955 3228 3341 3473 3985 4257 4730 5173 5242 88 771 1640 1737 1803 2408 2575 2974 3167 3464 3780 4501 4901 5047 749 1502 2201 3189 2873 3245 3427 2158 2605 3165 1 3438 3606 10 3019 5221 371 2901 2923 9 3935 4683 1937 3502 3735 507 3128 4994 25 3854 4550 1178 4737 5366 2 223 5304 1146 5175 5197 1816 2313 3649 740 1951 3844 1320 3703 4791 1754 2905 4058 7 917 5277 3048 3954 5396 4804 4824 5105 2812 3895 5226 0 5318 5358 1483 2324 4826 2266 4752 5387.