Product Brief

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
	3x 128KB TCM per Core
	eRAM: 2MB Data + 0.25MB ECC
	eROM : 128KB (Core #0)
	128 bits width DDR controller + ReedSolomon
	16 DMA channels controller
	7x PLLs
	Generic Interrupt Controller
	QoS monitoring
	Watchdog
	8x GPIOs
	1x UART Interface
	1x Spacewire Interface
	4x Quad SPI Flash memory Interface
	2 AXI4 (128bits) Master connected to the Fabric
	2 AXI4 (128bits) Slave connected to the Fabric
	1 APB4 (32 bits) Slave connected to the Fabric
	4 LLPP- AXI4 (32 bits) Slave connected to the Fabric
	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.@ 8Gbps
	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