📄 s3c6410x01_evt1.bsdl
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"Xm0AP : J1," &
"Xm0SMCLK : L3," &
"Xm1CASn : L24," &
"Xm1CKE0 : M18," &
"Xm1CKE1 : M24," &
"Xm1RASn : L22," &
"Xm1SCLK : A13," &
"Xm1SCLKn : A14," &
"Xm1WEn : M19," &
"XnBATF : AE15," &
"XnRESET : V9," &
"XnWRESET : AD15," &
"XpllEFILTER : Y4," &
"XrtcXTI : AB9," &
"XrtcXTO : AD12," &
"XuhDN : P22," &
"XuhDP : N22," &
"XusbANTEST : 142," &
"XusbDM : AE9," &
"XusbDP : AE10," &
"XusbDRVVBUS : AE11," &
"XusbID : AD10," &
"XusbREXT : AC8," &
"XusbVBUS : AD9," &
"XusbXTI : AD7," &
"XusbXTO : AD8," &
"XOM : (AD13, W9, AC13, V8, AE14)," &
"XadcAIN : (AC1, AC2, AD2, AD3, AE3, AD4, AE4, AC3)," &
"XdacOUT : (AC6, AE5)," &
"Xm0DQM : (L1, K7)," &
"Xm1CSn : (L23, L18)," &
"Xm1DQM : (A5, G8, D14, H22)";
-- This section specifies the TAP ports. For the TAP TCK port, the parameters in
-- the brackets are:
-- First Field : Maximum TCK frequency.
-- Second Field: Allowable states TCK may be stopped in.
attribute TAP_SCAN_CLOCK of XjTCK : signal is (1.000000e+06, BOTH);
attribute TAP_SCAN_IN of XjTDI : signal is true;
attribute TAP_SCAN_MODE of XjTMS : signal is true;
attribute TAP_SCAN_OUT of XjTDO : signal is true;
attribute TAP_SCAN_RESET of XjTRSTn: signal is true;
-- Specifies the compliance enable patterns for the design. It lists a set of
-- design ports and the values that they should be set to, in order to enable
-- compliance to IEEE Std 1149.1
attribute COMPLIANCE_PATTERNS of S3C6410: entity is
"(XOM(0), XOM(1), XOM(2), XOM(3), XOM(4), XjDBGSEL, XnRESET) (" &
"0101111)";
-- Specifies the number of bits in the instruction register.
attribute INSTRUCTION_LENGTH of S3C6410: entity is 4;
-- Specifies the boundary-scan instructions implemented in the design and their
-- opcodes.
attribute INSTRUCTION_OPCODE of S3C6410: entity is
"BYPASS (1111)," &
"EXTEST (0000)," &
"SAMPLE (0011)," &
"PRELOAD (0011)," &
"IDCODE (1110)";
-- Specifies the bit pattern that is loaded into the instruction register when
-- the TAP controller passes through the Capture-IR state. The standard mandates
-- that the two LSBs must be "01". The remaining bits are design specific.
attribute INSTRUCTION_CAPTURE of S3C6410: entity is "0001";
-- Specifies the bit pattern that is loaded into the DEVICE_ID register during
-- the IDCODE instruction when the TAP controller passes through the Capture-DR
-- state.
attribute IDCODE_REGISTER of S3C6410: entity is
"0000" &
-- 4-bit version number
"0000111010110101" &
-- 16-bit part number
"00001001110" &
-- 11-bit identity of the manufacturer
"1";
-- Required by IEEE Std 1149.1
-- This section specifies the test data register placed between TDI and TDO for
-- each implemented instruction.
attribute REGISTER_ACCESS of S3C6410: entity is
"BYPASS (BYPASS)," &
"BOUNDARY (EXTEST, SAMPLE, PRELOAD)," &
"DEVICE_ID (IDCODE)";
-- Specifies the length of the boundary scan register.
attribute BOUNDARY_LENGTH of S3C6410: entity is 790;
-- The following list specifies the characteristics of each cell in the boundary
-- scan register from TDI to TDO. The following is a description of the label
-- fields:
-- num : Is the cell number.
-- cell : Is the cell type as defined by the standard.
-- port : Is the design port name. Control cells do not have a port
-- name.
-- function: Is the function of the cell as defined by the standard. Is one
-- of input, output2, output3, bidir, control or controlr.
-- safe : Specifies the value that the BSR cell should be loaded with
-- for safe operation when the software might otherwise choose a
-- random value.
-- ccell : The control cell number. Specifies the control cell that
-- drives the output enable for this port.
-- disval : Specifies the value that is loaded into the control cell to
-- disable the output enable for the corresponding port.
-- rslt : Resulting state. Shows the state of the driver when it is
-- disabled.
attribute BOUNDARY_REGISTER of S3C6410: entity is
--
-- num cell port function safe [ccell disval rslt]
--
"789 (BC_4, XnRSTOUT, observe_only, X), "
&
"788 (BC_1, *, control, 0), "
&
"787 (BC_1, XnRSTOUT, output3, X, 788, 0, Z), "
&
"786 (BC_4, XEINT(0), observe_only, X), "
&
"785 (BC_1, *, control, 0), "
&
"784 (BC_1, XEINT(0), output3, X, 785, 0, Z), "
&
"783 (BC_4, XEINT(1), observe_only, X), "
&
"782 (BC_1, *, control, 0), "
&
"781 (BC_1, XEINT(1), output3, X, 782, 0, Z), "
&
"780 (BC_4, XEINT(2), observe_only, X), "
&
"779 (BC_1, *, control, 0), "
&
"778 (BC_1, XEINT(2), output3, X, 779, 0, Z), "
&
"777 (BC_4, XEINT(3), observe_only, X), "
&
"776 (BC_1, *, control, 0), "
&
"775 (BC_1, XEINT(3), output3, X, 776, 0, Z), "
&
"774 (BC_4, XEINT(4), observe_only, X), "
&
"773 (BC_1, *, control, 0), "
&
"772 (BC_1, XEINT(4), output3, X, 773, 0, Z), "
&
"771 (BC_4, XEINT(5), observe_only, X), "
&
"770 (BC_1, *, control, 0), "
&
"769 (BC_1, XEINT(5), output3, X, 770, 0, Z), "
&
"768 (BC_4, XEINT(6), observe_only, X), "
&
"767 (BC_1, *, control, 0), "
&
"766 (BC_1, XEINT(6), output3, X, 767, 0, Z), "
&
"765 (BC_4, XEINT(7), observe_only, X), "
&
"764 (BC_1, *, control, 0), "
&
"763 (BC_1, XEINT(7), output3, X, 764, 0, Z), "
&
"762 (BC_4, XEINT(8), observe_only, X), "
&
"761 (BC_1, *, control, 0), "
&
"760 (BC_1, XEINT(8), output3, X, 761, 0, Z), "
&
"759 (BC_4, XEINT(9), observe_only, X), "
&
"758 (BC_1, *, control, 0), "
&
"757 (BC_1, XEINT(9), output3, X, 758, 0, Z), "
&
"756 (BC_4, XEINT(10), observe_only, X), "
&
"755 (BC_1, *, control, 0), "
&
"754 (BC_1, XEINT(10), output3, X, 755, 0, Z), "
&
"753 (BC_4, XEINT(11), observe_only, X), "
&
"752 (BC_1, *, control, 0), "
&
"751 (BC_1, XEINT(11), output3, X, 752, 0, Z), "
&
"750 (BC_4, XEINT(12), observe_only, X), "
&
"749 (BC_1, *, control, 0), "
&
"748 (BC_1, XEINT(12), output3, X, 749, 0, Z), "
&
"747 (BC_4, XEINT(13), observe_only, X), "
&
"746 (BC_1, *, control, 0), "
&
"745 (BC_1, XEINT(13), output3, X, 746, 0, Z), "
&
"744 (BC_4, XEINT(14), observe_only, X), "
&
"743 (BC_1, *, control, 0), "
&
"742 (BC_1, XEINT(14), output3, X, 743, 0, Z), "
&
"741 (BC_4, XEINT(15), observe_only, X), "
&
"740 (BC_1, *, control, 0), "
&
"739 (BC_1, XEINT(15), output3, X, 740, 0, Z), "
&
"738 (BC_4, XvVD(0), observe_only, X), "
&
"737 (BC_1, *, control, 0), "
&
"736 (BC_1, XvVD(0), output3, X, 737, 0, Z), "
&
"735 (BC_4, XvVD(1), observe_only, X), "
&
"734 (BC_1, *, control, 0), "
&
"733 (BC_1, XvVD(1), output3, X, 734, 0, Z), "
&
"732 (BC_4, XvVD(2), observe_only, X), "
&
"731 (BC_1, *, control, 0), "
&
"730 (BC_1, XvVD(2), output3, X, 731, 0, Z), "
&
"729 (BC_4, XvVD(3), observe_only, X), "
&
"728 (BC_1, *, control, 0), "
&
"727 (BC_1, XvVD(3), output3, X, 728, 0, Z), "
&
"726 (BC_4, XvVD(4), observe_only, X), "
&
"725 (BC_1, *, control, 0), "
&
"724 (BC_1, XvVD(4), output3, X, 725, 0, Z), "
&
"723 (BC_4, XvVD(5), observe_only, X), "
&
"722 (BC_1, *, control, 0), "
&
"721 (BC_1, XvVD(5), output3, X, 722, 0, Z), "
&
"720 (BC_4, XvVD(6), observe_only, X), "
&
"719 (BC_1, *, control, 0), "
&
"718 (BC_1, XvVD(6), output3, X, 719, 0, Z), "
&
"717 (BC_4, XvVD(7), observe_only, X), "
&
"716 (BC_1, *, control, 0), "
&
"715 (BC_1, XvVD(7), output3, X, 716, 0, Z), "
&
"714 (BC_4, XvVD(8), observe_only, X), "
&
"713 (BC_1, *, control, 0), "
&
"712 (BC_1, XvVD(8), output3, X, 713, 0, Z), "
&
"711 (BC_4, XvVD(9), observe_only, X), "
&
"710 (BC_1, *, control, 0), "
&
"709 (BC_1, XvVD(9), output3, X, 710, 0, Z), "
&
"708 (BC_4, XvVD(10), observe_only, X), "
&
"707 (BC_1, *, control, 0), "
&
"706 (BC_1, XvVD(10), output3, X, 707, 0, Z), "
&
"705 (BC_4, XvVD(11), observe_only, X), "
&
"704 (BC_1, *, control, 0), "
&
"703 (BC_1, XvVD(11), output3, X, 704, 0, Z), "
&
"702 (BC_4, XvVD(12), observe_only, X), "
&
"701 (BC_1, *, control, 0), "
&
"700 (BC_1, XvVD(12), output3, X, 701, 0, Z), "
&
"699 (BC_4, XvVD(13), observe_only, X), "
&
"698 (BC_1, *, control, 0), "
&
"697 (BC_1, XvVD(13), output3, X, 698, 0, Z), "
&
"696 (BC_4, XvVD(14), observe_only, X), "
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