Maximum user logic configuration (100%)

6.77Mb

Medium configuration⁽¹⁾ (70%)

4.74Mb

Small configuration⁽¹⁾ (50%)

3.38Mb

Maximum Core RAM initialization⁽²⁾

5.50Mb

Maximum Core Register File initialization⁽²⁾

258.04Kb

CMIC

22.44Kb

Maximum bitstream size

12.55Mb

0b0000

0x0

Master Serial

0b0001

0x1

Jtag Only

0b0010

0x2

Master Serial SPI

0b0011

0x3

Master Serial SPI with Vcc control

0b0100

0x4

Slave SpaceWire

0b0101

0x5

RESERVED

0b0110

0x6

Slave Parallel 8

0b0111

0x7

Slave Parallel 16

0b1000

0x8

Master Serial

0b1001

0x9

RESERVED

0b1010

0xA

Master Serial SPI

0b1011

0xB

Master Serial SPI with Vcc control

0b1100

0xC

Slave SpaceWire

0b1101

0xD

RESERVED

0b1110

0xE

Slave Parallel 8

0b1111

0xF

Test Mode

GLOBAL

MODE(3 :0)

I

They define the configuration mode to be used for NG-MEDIUM configuration. MODE(3:0) cannot be changed when RST_N = ‘1’

CLK

I

Required only for slave parallel 8/16 configuration (20 or 50 MHz). For other

configuration modes, must be tied to 3.3V via 10KOhms pullup resistor

RST_N

I

Mandatory input. When low, it resets the internal configuration engine. RST_N must be low at least during 3 microseconds to ensure a proper configuration engine reset. When RST_N goes high, the configuration starts after up to 3

additional microseconds.

READY

O

Goes high when the configuration is complete (the FPGA enters in user’s mode)

ERROR

O

Generates a high level pulse (~20 ns or one CLK cycle) each time an error is

encountered during the configuration.

Slave Parallel 8

CS_N

I

Active low Chip_Select input. Used in Slave Parallel 8 mode. The master can

write or read to/from the configuration engine when CS_N is low during a CLK rising edge.

WE_N

I

Active low Write_Enable input. Used in Slave Parallel 8 mode. The master can

write to the configuration engine when both CS_N and WE_N are low during a CLK rising edge.

DATA_OE

O

This pin is reserved. Must be left unconnected

D(7 :0)

I/O

8-bit data bus used in Slave Parallel 8 mode to write the bitstream and/or read

internal NG-MEDIUM internal state values

Slave Parallel 16

CS_N

I

Active low Chip_Select input. Used in Slave Parallel 16 mode. The master can write or read to/from the configuration engine when CS_N is low during a CLK rising edge.

WE_N

I

Active low Write_Enable input. Used in Slave Parallel 16 mode. The master can

write to the configuration engine when both CS_N and WE_N are low during a CLK rising edge.

DATA_OE

O

This pin is reserved. Must be left unconnected

D(15 :0)

I/O

16-bit data bus used in Slave Parallel 16 mode to write the bitstream and/or

read internal NG-MEDIUM internal state values

Master Serial SPI

D(8)

O

Used in Master Serial SPI and Master Serial SPI with Vcc control, as CS_N output to the external SPI Flash memory.

D(9)

O

Used in Master Serial SPI and Master Serial SPI with Vcc control, as clock

output to the external SPI Flash memory.

D(10)

I

Used in Master Serial SPI and Master Serial SPI with Vcc control, as data

input (MISO) from the external SPI Flash memory.

D(11)

O

Used in Master Serial SPI and Master Serial SPI with Vcc control, as data output (MOSI) to the external SPI Flash memory (while writing a new bitstream

into the SPI Flash.

D(12)

I

Configured as input (with internal PullUp) during the configuration. Can be

configured as,user’s I/O available after completing the configuration.

D(13)

I/O

Configured as input (with internal PullPup) during the configuration in Master Serial SPI

Configured as high level output during the configuration in Master Serial SPI with Vcc control.

Can be configured as,user’s I/O available after completing the configuration.

D(14)

I/O

D(15)

I/O

SpaceWire

DIN_P

I

SpaceWire interface is available after completing the configuration in Master Serial SPI, Master Serial SPI with Vcc control or Slave Parallel 8 o 16-bit rmodes.

If SpaceWire is used for the configuration, it can’t be used for other purpose than the configuration.

DIN_N

I

SIN_P

I

SIN_N

I

DOUT_P

O

DOUT_N

O

SOUT_P

O

SOUT_N

O

JTAG

TCK

I

JTAG clock

TMS

I

JTAG TMS

TDI

I

JTAG TDI

TRST_N

I

JTAG TRST_N

TDO

O

JTAG TDO

Group

Pin name

I, O

or I/O

User I/O

During configuration

Required

Impacted

Pin behavior

GLOBAL

Mode(3 :0)

I

No

0010

-

Configuration Mode

RST_N

I

No

Yes

-

Active Low Reset of the internal configuration engine.

Mandatory input. When low, it resets the internal configuration engine. RST_N must be low at least during 3 us to ensure a proper configuration engine reset. When RST_N goes high, the configuration

starts after up to 3 us RST_N is released.

READY

O

No

No

Yes

Goes High when the configuration is complete

ERROR

O

No

No

Yes

Generates a High level pulse if an error has been detected during the configuration

(~20 ns pulse)

CLK

I

No

No

-

Not required (tie to 3.3V via pull-up resistor)

Slave

CS_N

I

No

No

Yes

Unused but unavailable. Must be left unconnected

WE_N

I

No

No

Yes

Unused but unavailable. Must be left unconnected

DATA_OE

O

No

No

Yes

Unused but unavailable. Must be left unconnected

D(7:0)

I

No

No

Yes

Unused but unavailable. Must be left unconnected

Slave par ext

D(8)

O

No

Yes

-

External memory Chip Select (active Low)

When the bitstream download is completed this pin is drived to ‘1’

D(9)

O

No

Yes

-

External bitstream memory Clock

When the bitstream download is completed this pin is drived to ‘0’

D(10)

I

No

Yes

-

MISO (data in from external memory)

D(11)

O

No

Yes

-

MOSI (data out to external memory)

When the bitstream download is completed this pin is drived to ‘0’

D(12)

I

Yes

No

No

Available as User’s I/O

D(13)

I/O

Yes

No

No

Available as User’s I/O

D(14)

I/O

Yes

No

No

Available as User’s I/O

D(15)

I/O

Yes

No

No

Available as User’s I/O

SPACEWIRE

DIN_P

I

Yes(*)

No

No

When Master Serial SPI is selected the SpaceWire internal IP can be used after completing the configuration

(*) The SpaceWire internal IP is available for the user’s application.

DIN_N

I

Yes(*)

No

No

SIN_P

I

Yes(*)

No

No

SIN_N

I

Yes(*)

No

No

DOUT_P

O

Yes(*)

No

No

DOUT_N

O

Yes(*)

No

No

SOUT_P

O

Yes(*)

No

No

SOUT_N

O

Yes(*)

No

No

JTAG

TCK

I

No

No

No

JTAG is available in all modes.

Don’t use it while configuration is in progress.

TMS

I

No

No

No

TDI

I

No

No

No

TRST_N

I

No

No

No

TDO

O

No

No

No

Group

Pin name

I, O

or I/O

User I/O

During configuration

Required

Impacted

Pin behavior

GLOBAL

Mode(3 :0)

I

No

0011

-

Configuration Mode

RST_N

I

No

Yes

-

Active Low Reset of the internal configuration engine.

Mandatory input. When low, it resets the internal configuration engine. RST_N must be low at least during 3 us to ensure a proper configuration engine reset. When RST_N

goes high, the configuration starts up to 3 us after RST_N is released.

READY

O

No

No

Yes

Goes High when the configuration is complete

ERROR

O

No

No

Yes

Generates a High level pulse if an error has been detected

during the configuration (~20 ns pulse)

CLK

I

No

No

-

Not required (tie to 3.3V via pull-up resistor)

Slave

CS_N

I

No

No

Yes

Unused but unavailable. Must be left unconnected

WE_N

I

No

No

Yes

Unused but unavailable. Must be left unconnected

DATA_OE

O

No

No

Yes

Unused but unavailable. Must be left unconnected

D(7:0)

I

No

No

Yes

Unused but unavailable. Must be left unconnected

Slave Par ext

D(8)

O

No

Yes

-

External memory Chip Select (active Low)

Requires a diode + PullUp (see diagram)

When the bitstream download is completed this pin is drived to ‘1’

D(9)

O

No

Yes

-

External bitstream memory Clock

When the bitstream download is completed this pin is drived to ‘0’

D(10)

I

No

Yes

-

MISO (data in from external memory)

D(11)

O

No

Yes

--

MOSI (data out to external memory)

When the bitstream download is completed this pin is drived to ‘0’

D(12)

I

Yes

No

No

Available as User’s I/O

D(13)

I/O

Yes

Yes

-

To Vcc SPI Flash memory

When the bitstream download is completed this pin is drived to ‘0’

D(14)

I/O

Yes

Yes

-

To Vcc SPI Flash memory

When the bitstream download is completed this pin is drived to ‘0’

D(15)

I/O

Yes

Yes

-

To Vcc SPI Flash memory

When the bitstream download is completed this pin is drived to ‘0’

SPACEWIRE

DIN_P

I

Yes(*)

No

No

When Master Serial SPI with Vcc Control is selected the SpaceWire internal IP can be used after completing the configuration

(*) The SpaceWire internal IP is available for the user’s application.

DIN_N

I

Yes(*)

No

No

SIN_P

I

Yes(*)

No

No

SIN_N

I

Yes(*)

No

No

DOUT_P

O

Yes(*)

No

No

DOUT_N

O

Yes(*)

No

No

SOUT_P

O

Yes(*)

No

No

SOUT_N

O

Yes(*)

No

No

JTAG

TCK

I

No

No

No

JTAG is available in all modes. Don’t use it while configuration is in progress.

TMS

I

No

No

No

TDI

I

No

No

No

TRST_N

I

No

No

No

TDO

O

No

No

No

Group

Pin name

I, O

or I/O

User I/O

During configuration

Required

Impacted

Pin behavior

GLOBAL

Mode(3:0)

I

No

1100

-

Configuration Mode

RST_N

I

No

Yes

-

Active Low Reset of the internal configuration engine.

Mandatory input. When low, it resets the internal configuration engine. RST_N must be low at least during 3 us to ensure a proper configuration engine reset. When RST_N goes high, the configuration starts up to 3 us after

RST_N is released.

READY

O

No

No

Yes

Goes High when the configuration is complete

ERROR

O

No

No

Yes

Generates a High level pulse if an error has been detected during the configuration

(~20 ns pulse)

CLK

I

No

No

-

Not required (tie to 3.3V via pull-up resistor)

Slave Parallel

CS_N

I

No

No

Yes

Unused but unavailable. Must be left unconnected

WE_N

I

No

No

Yes

Unused but unavailable. Must be left

unconnected

DATA_OE

O

No

No

Yes

Unused but unavailable. Must be left

unconnected

D(7:0)

I

No

No

Yes

Unused but unavailable. Must be left

unconnected

Slave Par ext

D(8)

O

No

No

-

Available as User’s I/O

D(9)

O

No

No

-

Available as User’s I/O

D(10)

I

No

No

-

Available as User’s I/O

D(11)

O

No

No

-

Available as User’s I/O

D(12)

I

Yes

No

No

Available as User’s I/O

D(13)

I/O

Yes

No

-

Available as User’s I/O

D(14)

I/O

Yes

No

-

Available as User’s I/O

D(15)

I/O

Yes

No

-

Available as User’s I/O

SPACEWIRE

DIN_P

I

No

Yes

-

When Slave SpaceWire configuration mode is selected, the SpaceWire IP remains dedicated to configuration monitoring functions.

DIN_N

I

No

Yes

-

SIN_P

I

No

Yes

-

SIN_N

I

No

Yes

-

DOUT_P

O

No

Yes

-

DOUT_N

O

No

Yes

-

SOUT_P

O

No

Yes

-

SOUT_N

O

No

Yes

-

JTAG

TCK

I

No

No

No

JTAG is available in all modes. Don’t use it while configuration is in progress.

TMS

I

No

No

No

TDI

I

No

No

No

TRST_N

I

No

No

No

TDO

O

No

No

No

0x01

ADDR_DEBUG

0x02

READ_DEBUG

0x04

WRITE_DEBUG

0x08

WRITE_CONF

Group

Pin name

I, O

or I/O

User I/O

During configuration

Required

Impacted

Pin behavior

GLOBAL

Mode(3:0)

I

No

1110

-

Configuration Mode

RST_N

I

No

Yes

-

Active Low Reset of the internal configuration engine.

Mandatory input. When low, it resets the internal configuration engine. RST_N must be low at least during 50 CLK cycles to ensure a proper configuration engine reset. When RST_N goes high, the configuration starts after up to 50 CLK cycles.

READY

O

No

No

Yes

Goes High when the configuration is complete

ERROR

O

No

No

Yes

Generates a High level pulse if an error has been detected during the configuration

(pulse width = one CLK cycle)

CLK

I

No

Yes

-

20 to 50 MHz input clock for the configuration engine (must

be strictly greater than twice the frequency of TCK is JTAG is used)

Slave Parallel

CS_N

I

No

Yes

-

Active low Chip Select input

WE_N

I

No

Yes

-

Active low

Write Enable input

DATA_OE

O

No

Yes

-

This pin is reserved.

Must be left unconnected

D(7 :0)

I/O

No

Yes

-

8-bit data bus (input during the configuration)

Slave Par ext

D(8)

I/O

Yes

No

No

Slave Parallel 8 : Available as User’s I/O

Slave Parallel 16 :

D(9)

I/O

Yes

No

No

D(10)

I/O

Yes

No

No

D(11)

I/O

Yes

No

No

D(12)

I/O

Yes

No

No

D(13)

I/O

Yes

No

No

D(14)

I/O

Yes

No

No

D(15)

I/O

Yes

No

No

SPACEWIRE

DIN_P

I

Yes(*)

No

No

When Slave Parallel 8 is selected the SpaceWire internal IP can be used after completing the configuration

(*) The SpaceWire internal IP is available for the user’s application.

DIN_N

I

Yes(*)

No

No

SIN_P

I

Yes(*)

No

No

SIN_N

I

Yes(*)

No

No

DOUT_P

O

Yes(*)

No

No

DOUT_N

O

Yes(*)

No

No

SOUT_P

O

Yes(*)

No

No

SOUT_N

O

Yes(*)

No

No

JTAG

TCK

I

No

No

No

JTAG is available in all modes. Don’t use it during configuration

TMS

I

No

No

No

TDI

I

No

No

No

TRST_N

I

No

No

No

TDO

O

No

No

No

PAD

setup time (ps)

hold time (ps)

RST_N

1354

106

CS_N

1879

19

WE_N

785

247

D0

-454

481

D1

-146

445

D2

-222

395

D3

-19

421

D4

836

181

D5

16

451

D6

-17

435

D6

-96

495

D8

244

471

D9

268

353

D10

1188

212

D11

739

341

D12

1327

361

D13

2138

247

D14

819

331

D15

935

341

PAD

CKtoQ_min

CKtoQ_max

READY

3125

7156

ERROR

2926

6219

DATA_OE

3526

8993

Grp

Name

I/O

Description

BSM

COLD_START

I

Goes high if the FPGA is ready and not reboot because of error occurred.

CMIC_CORR[10:0]

I

Sum of all CMIC corrected errors counters (8 bits counter by row for 5 rows).

THS

OVF

I

Overflow of allowed range.

DRDY

I

Data is ready.

DATA[6:0]

I

Data in the range [0;127].

0x0

EXTEST

Boundary scan external test

0x1

SAMPLE

Boundary scan sample

0x1

PRELOAD

Boundary scan preload

0x2

WR_CONF

Nanoxplore bitstream download

0x3

WR_DEBUG

Write debug instruction

0x4

RD_DEBUG

Read debug instruction

0x5

ADDR_DEBUG

Address debug instruction

0x6

INTEST

Boundary scan in internal test

0x7

IDCODE

Boundary scan design identification

0x8

USRCODE

User design identification register

0x9

USER1

User registers access

0xA

USER2

User registers access

0xC

HIGHZ

Tri-state all device I/Os

0xF

BYPASS

Single-clock bypass TDI to TDO

[31:16]

Address of the row. 0xff indicates a broadcast mode addressing all rows in the same time.

[15:0]

Address of register for the corresponding row.

0x00

STATUS

R

Status register

0x0b

JTAG_IDCODE

R

JTAG identification code

0x0c

JTAG_USERCODE

RW

JTAG user code

0x0d

SPI_CTRL

RW

SPI configuration

0x0e

ERROR1

R

Error Flags

0x0f

ERROR1_MASK

RW

Error Mask

0x10

ERROR2

R

Error Flags

0x11

ERROR2_MASK

RW

Error Mask

0x12

EVENT_CNT1

R

Event Counter 1

0x13

EVENT_CNT2

R

Event Counter 2

0x14

MAX_ERROR_CNT

RW

Error counter

0x15

DEVICE_ID

RW

FPGA Device ID

0x1a

THSENS_CTRL

RW

Thermal Sensor Configuration

0x1b

THSENS_DATA

R

Thermal Sensor Data

0x1c

DUMP_CTRL

RW

DUMP configuration

0x1d

SPW_CTRL1

RW

SPACEWIRE configuration

0x1e

SPW_CTRL2

RW

SPACEWIRE configuration

0x1f

LOADER_CTRL

RW

Loader Controller

STATUS

0x00

Read-only

0x0000

Status register

[15]

had_error_unmasked

0x0

1 when ERRORx contents flags errors (without application of mask vector)

[14]

had_error

0x0

1 when ERRORx contents flags errors (with application of mask vector)

[13]

status_cmic_run

0x0

1 when CMIC is running

[5]

status_max_error

0x0

1 when the Max Error is reach

[4]

status_error

0x0

1 when the Error Flag is rise

[3]

status_download

0x0

1 when the loader download a bitstream

[2]

status_prog

0x0

1 when the Programmation Flag is rise

[1]

status_cold_start

0x0

1 when the Ready Flag is first run

[0]

status_ready

0x0

1 when the Ready Flag is rise

JTAG_IDCODE

0x0b

Read-only

0x00000675

JTAG identification code

[31:28]

jtag_idcode_version

0x0

Version number

[27:12]

jtag_idcode_part

0x0

Part number

[11:1]

jtag_idcode_manufacturer

0x33a

Manufacturer ID: 11:8 (4bits) bank, 7:1 (7bits) manufacturer id

[0]

jtag_idcode_one

0x1

Constant Always 1

JTAG_USERCODE

0x0c

Read-write

0xffffffff

JTAG user code

[31:0]

jtag_usercode

0xffffffff

JTAG user code

SPI_CTRL

0x0d

Read- write

0x1f4003f

SPI configuration

[30:15]

spi_powerup_cycle

0x3e8

PowerUp duration (need 300us).

Number of clock cycles needed for 300us

[14:12]

spi_dummy_cycle

0x0

Number of Dummy cycle

[11:4]

spi_read_code

0x3

SPI Read Code

[3:0]

spi_clk_ratio

0xf

SPI Clock frequency is divided by spi_clk_ratio+2

ERROR1

0x0e

Read-only

0x00000000

Error Flags

[31]

flag_error_spi_sel

SPI selection error flag

[30]

flag_error_parallel_read_access_ovf

Parallel read access overflow

[29]

flag_error_parallel_write_access_conflict

Parallel write access conflict

[28]

flag_error_fifo_serializer_full

FIFO of serializer full

[27]

flag_error_reg_read_unaccepted

Register read access is rejected

[26]

flag_error_reg_write_unaccepted

Register write access is rejected

[25]

flag_error_bl_read_unaccepted

Bootloader read is rejected

[24]

flag_error_cfgctx_read_unaccepted

CFGCTX read is rejected

[23]

flag_error_cfgctx_write_unaccepted

CFGCTX write is rejected

[22]

flag_error_clear_unaccepted

Clear command rejected

[21]

flag_error_bltest_unaccepted

Bootloader test command is rejected

[20]

flag_error_reg_read_busy

Register read busy error

[19]

flag_error_reg_write_busy

Register write busy error

[18]

flag_error_bl_read_busy

Bootloader read busy error

[17]

flag_error_cfgctx_read_busy

CFGCTX read busy error

[16]

flag_error_cfgctx_write_busy

CFGCTX write busy error

[15]

flag_error_clear_busy

Clear busy error

[14]

flag_error_bltest_busy

Bootloader test busy error

[13]

flag_error_invalid_address

Address is invalid

[12]

flag_error_direct_engine_rsp_busy

Direct engine response is busy

[11]

flag_error_direct_engine_rsp_conflict

Direct engine response in conflict

[10]

flag_error_direct_engine_req_invalid_loader

Direct engine request signals invalid loader

[9]

flag_error_access_write_conflict

Write access conflict detected

[8]

flag_error_frame_engine_edac_uncorrected

Uncorrected error on frame engine's EDAC

[7]

flag_error_frame_engine_crc_frame

CRC error detected on frame

[6]

flag_error_frame_engine_crc_bitstream

CRC error detected on bitstream

[5]

flag_error_frame_engine_watchdog_timeout

Watchdog's timeout is reached

[4]

flag_error_frame_engine_unexpected_frame

Frame received but not expected

[3]

flag_error_frame_engine_req_invalid_loader

Invalid loader error detected on frame request

[2]

flag_error_frame_access_conflict

Access conflict detected on frame

[1]

flag_error_direct_access_rsp_conflict

Direct access response conflict detected

[0]

flag_error_direct_access_req_conflict

Direct access request conflict detected

ERROR1_MASK

0x0f

Read-write

0x00000000

Error Mask

[31:0]

flag_error1_mask

0x0

Mask register for ERROR1

ERROR2

0x10

Read-only

0x00

Error Flags

[9]

flag_error_spw_link_broken

SPW link disconnection error detected

[8]

flag_error_spw_err_int

SPW internal error detected

[7]

flag_error_spw_nom_int

SPW NOM error

[6]

flag_error_cmic_max_run

CMIC max run error

[5]

flag_error_cmic_check_uncorrected

CMIC error is uncorrected

[4]

flag_error_cmic_ref_edac_uncorrected

CMIC reference for EDAC is uncorrected

[3]

flag_error_cmic_ref_addr_ovf

CMIC reference address overflow detected

[2]

flag_error_cmic_access_conflict

Conflict detected on CMIC access

[1]

flag_error_spw_unexpected_packet

Unexpected SPW packet detected

[0]

flag_error_spw_eep

SPW EEP marker detected

ERROR2_MASK

0x11

Read-write

0x000

Error Mask

[9:0]

flag_error2_mask

0x000

Mask register for ERROR2

EVENT_CNT1

0x12

Read

0x0000

Event counter 1

[15:0]

ERROR_CNT

0x00

Number of errors since last hardware reset

EVENT_CNT2

0x13

Read

0x00000000

Event counter 2

[31:24]

CMIC_CHECK_SIGNATURE_CNT

0x00

CMIC signature error counter

[23:16]

CMIC_CHECK_CORRECTED_CNT

0x00

CMIC corrected error counter

[15:8]

CMIC_REF_EDAC_CORRECT_CNT

0x00

Reference EDAC corrected error counter

[7:0]

FRAME_ENGINE_EDAC_CORRECT_CNT

0x00

Frame engine EDAC corrected error counter

MAX_ERROR_CNT

0x14

Read-write

0x0000000f

Error counter

[3:0]

MAX_ERROR_CNT

0xf

Maximum error count permitted before lighting error led

DEVICE_ID

0x15

Read-write

0x0

FPGA Device ID

[3:0]

device_id

0x0

FPGA device id

THSENS_CTRL

0x1a

Read-write

0x0000

JTAG identification code

[15:6]

thsens_clk_ratio

0x0

Clock ratio between bitstream manager and thermal sensor

Clock frequency is divided by thsens_clk_ratio+2

[5:1]

thsens_dcorrect

0x0

Digital code to correct

[0]

thsens_power_up

0x0

Thermal Sensor is powered

THSENS_DATA

0x1b

Read-only

0x00

Thermal Sensor Data

[8:2]

thsens_data

0x0

Thermal Sensor Ouput

[1]

thsens_overflow

0x0

Overflow of digital

[0]

thsens_enable

0x0

Thermal Sensor is online

DUMP_CTRL

0x1c

Read-write

0xf

DUMP configuration

[3:0]

dump_clk_ratio

0xf

DUMP Clock frequency is divided by dump_clk_ratio+2

SPW_CTRL1

0x1d

Read-write

0x0000

SPACEWIRE configuration

[15:8]

spw_freq_run

0x0

frequency used in run state

Clock frequency divided by (spw_freq_run+1)

[7:0]

spw_freq_init

0x0

frequency used in init state

Clock frequency divided by (spw_freq_init+1)

SPW_CTRL2

0x1e

Read-write

0x1402b

SPACEWIRE configuration

[17:8]

spw_delay_prg

0x140

delay of 6.4 us

Number of clock cycles needed for 6.4 us

[7:0]

spw_DisCntLim

0x2b

Disconnect time limit (850ns)

Number of clock cycles needed for 850ns

LOADER_CTRL

0x01

Read-write

0xf

Loader Controller

[3]

config_force

0x1

Force configuration (force bitstream load)

[2]

ready_force

0x1

Force ready flag

[1]

ready

0x1

Set ready flag when postamble frame occurs

[0]

cmic_enable

0x1

CMIC Feature Enable