The NG-ULTRA development kit is your fastest path to evaluate and bring-up your solution on our quad-core ARM Cortex R52 SoC with DDR2 SDRAM and our eFPGA matrice with 540KLUTs/ 32256 Kbits RAM and HSSL.
Connectivity options for rapid application development:
1 SpaceWire interface for boot and Application Software connected to the SoC
2 SpaceWire socket for your SpaceWire soft IP connected to the eFPGA.
768MB DDR2 SDRAM for SoC Application Software or direct access from FPGA matrice
256MB DDR3 SDRAM
Support full FMC Standard compatible with SpaceWire/SpaceFibre and JESD204B ADC/DAC board
4x512Mbits Quad SPI available for boot or Data.
Debugging your Application Software through dual MICTOR connectors for JTAG + TRACE32 for ARM-R52 quad core
Featured NG_ULTRA Devices (BGA1760):
System on chip | Quad internal ARM Cortex R-52 processor |
eRAM: 2MB Data + 0.25MB ECC | |
eROM : 128KB (Core #0) | |
128 bits width DDR controller + ReedSolomon | |
DMA controller | |
7x PLLs | |
Monitoring and error management | |
8x GPIOs | |
1x UART Interface | |
1x Spacewire Interface | |
4x Quad SPI Flash memory Interface | |
Voltage and Temperature sensors |
FPGA | 540K LUTs |
505K DFF | |
672 x RAM Blocks (48K-bit) | |
2 632x Register File Blocks (32 x 18-bit) | |
1 344x DSP | |
8x HSSL banks with 4 transceivers / 33 pins each.@ 12.5 GHz | |
10x Complex Banks / 34 pins each @ 800 MHz | |
4x Direct Banks / 24 pins each @ 200 MHz |
Board Features:
Configuration | |
Spacewire | |
QSPI | Single,TMR,Sequential |
JTAG | |
Memory | |
4xQuad SPI | 4x512Mbits |
DDR2 SDRAM | 6 package x 16 bits width. (Total 768MB) |
DDR3 SDRAM | 256 MB/ width : 16 bits |
Control I/O | |
GPIO (e-FPGA) | 20 pins HE10 connector |
GPIO (SoC) | 8 leds + HE10 ouputs |
switches | 8 |
pushbuttons | 8 |
LEDS | 8 |
Communication | |
USB connector | Dual USB to RS232 Bridge |
Spacewire | 2 socket connectors |
Spacewire | 1 Spacewire connected to SoC |
Clocking | |
Reference Clock SoC | 25MHz clock crystal oscillator/external global clock input on SMA (20-100MHz) |
Reference Clock for HSSL | External or on-board programmable reference clock |
Debugging and monitoring | |
Board Temperature sensor | |
Dual MICTOR 38 pins connectors | JTAG + TRACE 32 bits for ARMR52 quad cores |
Board compatibility | |
SpaceWire/SpaceFiber expansion board | Star-Dundee |
XM105 debug board | only with Mictor and GPIOs |
XTS-FMC board | HSSL tests |
DAC37J84EVM | 4xDAC @1600 MSPS / 16 bits / 4 Tx lanes used. |
ADS42JB49EVM | 2xADC @156.25 MSPS / 14 bits. 2 Tx lanes used |