catalogue spring 2018 xilinx-based products - … · catalogue spring 2018 mercury+ xu1....

Catalogue Spring 2018

Mercury+ XU1. Unprecedented CPU performance, with Zynq® UltraScale+™.

Xilinx-based Products

Everything FPGA.

Everything FPGA.

At Enclustra, everything is FPGA.

Our products are used by more than a thousand customers in more than 50 countries worldwide, and our customer base is still growing quickly. But we don’t just stick to hardware and IP – we do customer design projects too; every stage of development, from conception through to bring-up at the customer site. We have 14 years of FPGA system design under our belt; break it down a little further and our team of engineers has far in excess of 200 person years of FPGA experience.

That experience and expertise enables us to create the best experience for our customers: we pride ourselves on the quickest, highest possible quality of service and delivery from the moment you get in touch, to the moment your system starts up in the field for the first time.

As with our product range and our customer base, our list of completed projects is growing – to keep up with developments, and not miss any of our upcoming innovations, subscribe to our newsletter at www.enclustra.com/subscribe

This catalogue presents our current product and service range; if anything piques your interest, don’t hesitate to get in touch.

Thanks and happy reading!

The Enclustra Team.

» Contents

Hardware Products Our Hardware Products 4

Modules Module Overview 5

Mercury+ XU1 6

Mercury XU5 7

Mercury+ XU6 8

Mercury XU7 9

Mercury ZX1 10

Mercury ZX5 11

Mercury KX1 12

Mercury+ KX2 13

Mars XU3 14

Mars ZX2 15

Mars ZX3 16

Mars AX3 17

Selection Guides Mars FPGA Modules Selection Guide 18

Mercury FPGA Modules Selection Guide 22

Mercury SoC Modules Selection Guide 24

Base Boards & Other Mercury+ PE1 32

Mercury+ PE3 33

Mars EB1 34

Mars PM3 35

FMC DR2 36

Cosmos XZQ10 37

Tools & Design Support Linux Build Environment 38

Module Configuration Toolkit 39

Design Support 40

IP Solutions Our IP Solutions 41

Universal Drive Controller 42

FPGA Manager 44

Stream Buffer Controller 46

Display Controller 47

UDP/IP Ethernet 48

Further Information 49

4FPGA DESIGN Center

Enclustra hardwareDelivered fast; made to last

Our modules all come with a minimum expected lifetime of 10+ years; seeing as we also design our hardware with forward-looking availability and performance in mind, this means you can depend on our products to deliver over the long term.

Our modules are also largely pin-compatible within their module family, meaning you can also plan a clear upgrade path. A full selection guide and roadmap can be found after the individual module info pages.

In the case that you wish to manufacture our products by yourself, we also offer a hardware production licence. Get in touch for more details.

5FPGA DESIGN Center

Mars Form FactorA family of modules in the compact and popular SO-DIMM form factor.

Mercury Form FactorA family of modules optimized for demanding, high-bandwidth applications.

Mercury+ Form FactorThe raw computing power of the Mercury family, with an even higher I/O count.

» Module Overview

Module FPGA/SoC Device User I/Os System Logic Cells

Mars AX3 Artix-7 108 Up to 101k

Mars MX1 Spartan-6 108 44k

Mars MX2 Spartan-6 LX 108 44k

Mars XU3 Zynq UltraScale+ 108 Up to 154k

Mars ZX2/ZX3 Zynq-7000 108 Up to 85k


Mercury KX1 Kintex-7 178 Up to 407k

Mercury XU5 Zynq UltraScale+ 178 Up to 256k

Mercury XU7 Zynq UltraScale+ 178 Up to 747k

Mercury ZX1 Zynq-7000 Up to 178 Up to 350k

Mercury ZX5 Zynq-7000 178 Up to 125k


Mercury+ KX2 Kintex-7 256 Up to 407k

Mercury+ XU1 Zynq UltraScale+ 294 Up to 747k

Mercury+ XU6 Zynq UltraScale+ 270 Up to 256k

OS support:

� Xilinx® Zynq UltraScale+ MPSoC� Quad-core ARM® Cortex™-A53� Dual-core ARM Cortex-R5� Up to 8 GB DDR4 SDRAM� 64 MB QSPI flash� 16 GB eMMC flash� PCIe® Gen2 ×4� 16 × 6/12.5/15 Gbps MGT� 2 × Gigabit Ethernet� 2 × USB 2.0/3.0� Up to 747,000 system logic cells� 294 user I/Os� 5–15 V supply� 74 × 54 mm

4 MGTs (PCIe Gen2 ×4)

4 MGTs 72 I/Os (1.8V)

72-bit

8-bit

I2C | JTAG | Configuration

1.8V3.3V

5-15V

2.5V

PS | PL

14 I/Os(3.3V)

52 I/Os(3.3V)

76 I/Os (1.8V)

8 MGTs

PLPS PL

PS

PS

PS

PS

PL

PL

PSPL

UltraSCALE+ZYNQ ®

168-pin Hirose FX10 Connector


Mercury+ XU1

Quad SPI Flash

eMMC Flash

DDR4ECC

SDRAM

Gigabit Ethernet PHY (x2)

168-

pin

Hiro

se F

X10

Conn

ecto

r

USB 2.0/3.0 PHY (x2)

Power Supply

6

MERCURY+ XU1Zynq® UltraScale+™ SoC Module

ME-XU1-6EG-1I-D11E

1+ €904

100+ €798

10000+ €588

Mercury+ PE1 Kit €1318

ME-XU1-15EG-2I-D12E

1+ €1601

100+ €1415

10000+ €1071


MERCURY XU5Zynq® UltraScale+™ SoC Module

� Xilinx® Zynq UltraScale+ MPSoC� Quad-core ARM® Cortex™-A53� Dual-core ARM Cortex-R5� H.264 / H.265 Video Codec � Up to 8 GB DDR4 SDRAM� 16 GB eMMC flash� 64 MB QSPI flash� PCIe® Gen3 ×4, PCIe® Gen2 ×4� 8 × 6/12.5/15 Gbps MGT� 2 × Gigabit Ethernet� 2 × USB 2.0/3.0� Up to 256,000 system logic cells� 178 user I/Os� 5–15 V supply� 56 × 54 mm

In development – please contact us for availability.

ME-XU5-2EG-1I-D11E

1+ €319

100+ €279

10000+ €201

Mercury PE1 Kit €603

ME-XU5-5EV-2I-D12E

1+ €784

100+ €691

10000+ €511

Mercury PE1 Kit €1068OS support:

72-bitPS | PL

DDR4 ECC

SDRAMUltraSCALE+

ZYNQ ®


4 MGTs (PCIe Gen3 ×4)or 20 I/Os (1.8V)

72 I/Os (1.8V)

1.8V3.3V2.5V


14 I/Os(3.3V)

5-15V 52 I/Os(3.3V)

PL

PL PLPS

PS

PS

PSPL

Mercury XU5

Quad SPI Flash



Gigabit Ethernet

PHY

Gigabit Ethernet

PHY

USB 2.0/3.0 PHY (x2)

8-bit

Power Supply

eMMC Flash

16-bitPLDDR4 SDRAM

PS

7

� Xilinx® Zynq UltraScale+ MPSoC� Quad-core ARM® Cortex™-A53� Dual-core ARM Cortex-R5� Up to 8 GB DDR4 ECC SDRAM� 16 GB eMMC flash� PCIe® Gen3 ×4� Up to 8 × 6/12.5 Gbps MGT� 2 × Gigabit Ethernet, USB 2.0/3.0� Up to 256,000 system logic cells� 270 user I/Os� 5–15 V supply� 74 × 54 mm

MERCURY+ XU6Zynq® UltraScale+™ SoC Module

ME-XU6-2EG-1I-D11E

1+ €391

100+ €343

10000+ €228


ME-XU6-5EV-2I-D12E

1+ €853

100+ €753

10000+ €537


Preliminary product information – please contact us for availability.

OS support:

UltraSCALE+ZYNQ ®


4 MGTs 72 I/Os (1.8V)

72-bit

48 I/Os (1.8V)

44 I/Os (3.3V)


1.8V3.3V

5-15V

2.5V

PS | PL

14 I/Os(3.3V)

52 I/Os(3.3V)

PLPL

PL

PL

PSPL

PS

PS

PS

PL



Mercury+ XU6

Quad SPI Flash

eMMC Flash

Cypress FX3 USB 3.0

DDR4ECC

SDRAM


168-

pin

Hiro

se F

X10

Conn

ecto

r

USB 2. PHY (x2)

Power Supply

8

OS support:

� Xilinx® Zynq UltraScale+ MPSoC� Quad-core ARM® Cortex™-A53� Dual-core ARM Cortex-R5� Up to 8 GB DDR4 ECC SDRAM� 16 GB eMMC flash� 64 MB QSPI flash� PCIe® Gen3 ×4� Up to 12 × 6/12.5/15 Gbps MGT� 2 × Gigabit Ethernet� USB 2.0/3.0� Up to 747,000 system logic cells� 178 user I/Os� 5–15 V supply� 74 × 54 mm


MERCURY XU7Zynq® UltraScale+™ SoC Module

ME-XU7-6EG-1I-D11E

1+ €954

100+ €824

10000+ €600


ME-XU7-15EG-2I-D12E

1+ €1667

100+ €1456

10000+ €1096


UltraSCALE+ZYNQ ®

8 MGTs48 I/Os 4 MGTs (PCIe Gen3 ×4)


32-bit

8-bit

1.8V3.3V2.5V


14 I/Os5-15V 52 I/Os

PS | PL

72-bit

PL

PS

PS

PS

PS

PL PS

PL

PL

PL



Mercury XU7

eMMC Flash

DDR4 SDRAM

USB 2.0 PHY

Quad SPI Flash

DDR4 ECC SDRAM


Power Supply

9

� Xilinx® Zynq-7030/7035/7045 SoC FPGA� Dual-core ARM® Cortex™-A9� 1 GB + 256 MB DDR3L SDRAM� 64 MB QSPI flash� 512 MB NAND flash� PCIe® Gen2 ×4/×8� Up to 8 × 6.6/10.3125 Gbps MGT� Gigabit Ethernet� 2 × Fast Ethernet� USB 2.0 OTG� Up to 350,000 system logic cells� Up to 178 user I/Os� 5–15 V supply� 64 × 54 mm

OS support:

ZYNQ ®

PS | PL

PS | PL

8/4 MGTs (PCIe Gen2 ×8/×4)

32-bit

16-bit

1.8V3.3V2.5V


66 I/Os(3.3V)5-15V

PL

PS

PS

PL

PL

84/72 I/Os(1.8V)

PL

PS



Mercury ZX1

NAND Flash

USB 2.0 PHY

Fast Ethernet PHY (x2)

Gigabit Ethernet PHY

200 MHz SDRAM

33 MHz SDRAM

DDR3 SDRAM

DDR3 SDRAM

Real-time Clock

Quad SPI FlashPower Supply

10

MERCURY ZX1Zynq®-7030/7035/7045 SoC Module

ME-ZX1-30-2I-D10

1+ €429

100+ €359

10000+ €226


ME-ZX1-45-2I-D10-P

1+ €995

100+ €819

10000+ €496


OS support:

� Xilinx® Zynq-7015/7030 SoC FPGA� Dual-core ARM® Cortex™-A9� 1 GB DDR3L SDRAM� 64 MB QSPI flash� 512 MB NAND flash� PCIe® Gen2 ×4� 4 × 6.25/6.6 Gbps MGT� Gigabit Ethernet� USB 2.0 OTG� Up to 125,000 system logic cells� 178 user I/Os� 5–15 V supply� 56 × 54 mm

MERCURY ZX5Zynq®-7015/7030 SoC Module

ME-ZX5-15-2I-D10

1+ €275

100+ €256

10000+ €157


ME-ZX5-30-1I-D10

1+ €323

100+ €290

10000+ €184


UltraSCALE+ZYNQ ®

PS | PL


92 I/Os (1.8V/3.3V)

32-bit

1.8V3.3V2.5V


12 I/Os(3.3V)

5-15V 54 I/Os(3.3V)

PS

PSPL

PL PS

PS

PS



Mercury ZX5

NAND FlashReal-time Clock

USB 2.0 PHY33 MHz Clock

Quad SPI Flash

DDR3L SDRAM

Gigabit Ethernet

PHY

Power Supply

11

5-15V


92 I/Os (3.3V)

32-bit

1.8V3.3V2.5V

8-bit


66 I/Os(3.3V)

32-bit

KINTEX ®7

Mercury KX1

Power Supply

200 MHz Clock Cypress FX3 USB 3.0

DDR3 SDRAM Real-time Clock

Quad SPI Flash

DDR3 SDRAMGigabit

Ethernet PHY (x2)



12

MERCURY KX1Kintex®-7 FPGA Module

� Xilinx® Kintex-7 FPGA� Up to 2 GB + 512 MB DDR3 SDRAM� 64 MB QSPI flash� PCIe® Gen2 ×4� 4 × 6.6/10.3125 Gbps MGT� USB 3.0 device controller� 2 × Gigabit Ethernet� Up to 407,000 system logic cells� 178 user I/Os� 5–15 V supply� 72 × 54 mm

ME-KX1-160-1C-D10

1+ €525

100+ €447

10000+ €237


ME-KX1-325-2I-D11-P

1+ €1107

100+ €958

10000+ €535


� Xilinx® Kintex-7 FPGA� Up to 4 GB DDR3L SDRAM� 64 MB QSPI flash� PCIe® Gen2 ×8� 8 × 6.6/10.3125 Gbps MGT� USB 2.0 device controller� 2 × Gigabit Ethernet� Up to 407,000 system logic cells� 256 user I/Os� 5-15 V single supply� 74 × 54 mm

MERCURY+ KX2Kintex®-7 FPGA Module

ME-KX2-160-2I-D11-P

1+ €581

100+ €492

10000+ €296


ME-KX2-325-2I-D11-P

1+ €1196

100+ €945

10000+ €513



72 I/Os(3.3V)

64-bit

8-bit


66 I/Os(3.3V)

1.8V3.3V

5-15V

2.5V

78 I/Os (3.3V)

KINTEX ®7



Mercury+ KX2

FTDI USB 2.0

Quad SPI Flash

200 MHz Clock

DDR3 SDRAM


168-

pin

Hiro

se F

X10

Conn

ecto

r

Power Supply

13

OS support:

MARS XU3Zynq® UltraScale+™ SoC Module

� Xilinx® Zynq UltraScale+ MPSoC� Quad/dual-core ARM® Cortex™-A53� Dual-core ARM Cortex-R5� Up to 4 GB DDR4 SDRAM� 16 GB eMMC flash� 64 MB QSPI flash� PCIe® Gen2 ×4� 4 × 6 Gbps MGT� Gigabit Ethernet� USB 3.0� USB 2.0 OTG� Up to 154,000 system logic cells� 108 user I/Os� 67.6 × 30 mm SO-DIMM

MA-XU3-2CG-1E-D10

1+ €196

100+ €173

10000+ €126

Mars EB1 Kit €425

MA-XU3-3EG-2I-D11

1+ €367

100+ €326

10000+ €233

Mars EB1 Kit €596

14

PS | PL

3.3V 1.8V

32-bit


8-bit

24 I/Os (3.3V)

52 I/Os (1.8V)

12 I/Os (3.3V)


PS

PS

PL PL PS

PS

PS

UltraSCALE+ZYNQ ®

Gigabit Ethernet

PHYDDR4 SDRAM

Quad SPI Flash

USB 2.0/3.0 PHY

eMMC Flash

Mars XU3

Power Supply

OS support:

MA-ZX2-10-2I-D9

1+ €135

100+ €118

10000+ €83

Mars EB1 Kit €383

MA-ZX2-20-2I-D9

1+ €169

100+ €148

10000+ €106

Mars EB1 Kit €417

MARS ZX2Zynq®-7010/7020 SoC Module

� Xilinx® Zynq-7010/7020 SoC FPGA� Dual-core ARM® Cortex™-A9� Up to 1 GB DDR3L SDRAM� 64 MB QSPI flash� USB 2.0 OTG� Gigabit Ethernet� Up to 85,000 system logic cells� 108 user I/Os� 3.3 V single supply� 67.6 × 30 mm SO-DIMM

15

ZYNQ ®PS | PL


3.3V 1.8V

16-bit

96 I/Os (3.3V)

12 I/Os (3.3V)

PS

PS

PL PS

Gigabit Ethernet

PHY

4 LEDs

33 MHz Clock

Real-time Clock

Quad SPI Flash

USB 2.0 PHY

DDR3L SDRAM

Mars ZX2

Power Supply

OS support:

16

MARS ZX3Zynq®-7020 SoC Module

� Xilinx® Zynq-7020 SoC FPGA� Dual-core ARM® Cortex™-A9� Up to 1 GB DDR3L SDRAM� 64 MB QSPI flash� 512 MB NAND flash� USB 2.0 OTG� Gigabit Ethernet� Up to 85,000 system logic cells� 108 user I/Os� 3.3 V single supply� 67.6 × 30 mm SO-DIMM

MA-ZX3-20-1C-D9

1+ €201

100+ €177

10000+ €102

Mars EB1 Kit €430

MA-ZX3-20-2I-D10

1+ €257

100+ €225

10000+ €132

Mars EB1 Kit €505

ZYNQ ®

PS | PL

32-bit PS | PL


3.3V 1.8V 108 I/Os (3.3V)

PS

PS

PL

4 LEDs

50 MHz Clock

Real-time Clock

Gigabit Ethernet

PHY

Quad SPI Flash

NAND Flash

DDR3 SDRAM

USB 2.0 PHY

Mars ZX3

Power Supply

MA-AX3-35-1I-D8

1+ €128

100+ €118

10000+ €78

Mars PM3 Kit €387

MA-AX3-100-2I-D8

1+ €242

100+ €208

10000+ €133

Mars PM3 Kit €501

MARS AX3Artix®-7 FPGA Module

� Xilinx® Artix-7 FPGA� Up to 512 MB DDR3L SDRAM� 64 MB QSPI flash� Gigabit Ethernet� Up to 101,440 system logic cells� 108 user I/Os� 3.3 V single supply� 67.6 × 30 mm SO-DIMM

17

ARTIX ®7

3.3V 1.8V

16-bit


108 I/Os (3.3V)

Gigabit Ethernet

PHY

4 LEDs

50 MHz Clock

Quad SPI Flash

DDR3 SDRAM

Mars AX3

Power Supply

18

Mars FPGA Modules Selection Guide

Valid as of 26th February 2018

FPGA Family

FPGA Device Name

FPGA Speed Grade*2

FPGA Part Number*2

CPU Cores

CPU Frequency @ MHz

PS Cores & Peripherals

PS Ethernet | USB

PS SDRAM Size (MByte)

PS SDRAM Type | Bandwidth (MByte/s)

PL System Logic Elements

PL Block RAM (kbit)

PL DSP Systolic FIR (MMAC/s)

PL MGT Transceivers @ Gbps*6

PL Peripherals

PL Ethernet | USB*5

PL SDRAM Size (MByte)

PL SDRAM Type | Bandwidth (MByte/s)

Flash Memory

Connector Pins | IO Pins

PL 3.3V | PL 1.8V Pins | PS Pins

Module Dimensions (mm)

Temperature Range*2

Boot Modes

Product Status

Estimated Product Lifetime*3

Preferred Configuration | MOQ*4

Module Order Code

Budgetary Price 1+ (EUR)





Mars™ ZX2 Mars™ ZX3 Mars™ XU3

Zynq®-7000 Zynq®-7000 Zynq® UltraScale+™

Z-7010 Z-7020 Z-7020 ZU2CG ZU2EG ZU3EG

1 2 1 2 1 2 1 1 2

XC7Z010- 1CLG400C

XC7Z010- 2CLG400I

XC7Z020- 1CLG400C

XC7Z020- 2CLG400I

XC7Z020-1CLG484C

XC7Z020-2CLG484I

XCZU2CG-1SBVA484E

XCZU2EG-1SBVA484I

XCZU3EG-2SBVA484I

2 x ARM® Cortex™-A9 2 x ARM® Cortex™-A9 2 x A53 | 2 x R5 4 x ARM® Cortex™-A53 | 2 x Cortex™-R5

667 766 667 766 667 766 1,200 | 500 1,333 | 533

2 x CAN 2 x CAN DP | PCIe® Gen2 x4SATA | EMAC | CAN

Mali™ | DisplayPort | PCIe® Gen2 x4SATA 3.1 | EMAC | CAN

1 Gbps | USB 2.0 OTG 1 Gbps | USB 2.0 OTG 1 Gbps | USB 3.0

512 512 1,024 1,024 2,048

DDR3L | 2,132 DDR3L | 4,264 DDR4 | 4,264

28’160 85’120 85’120 103’000 154’000

2’160 5’040 5’040 5’400 7’776

74 88 204 242 204 242 310 558

- - -

- - -

- 1 Gbps -

- - -

- - -

64M QSPI 64M QSPI | 512M NAND 64M QSPI | 16G eMMC

200 | 108 200 | 108 200 | 108

96 | - | 12 108 | - | 12 108 | - | 12 24 | 52 | 12

67.6 x 30 67.6 x 30 67.6 x 30

0..+70°C -40..+85°C 0..+70°C -40..+85°C 0..+70°C -40..+85°C 0..+85°C -40..+85°C

QSPI | SD Card QSPI | SD Card QSPI | SD Card | eMMC

Mass Production Mass Production Mass Production

2030+ 2030+ 2030+

No | 150 Yes No | 120 Yes Yes Yes Yes No | 70 Yes

MA-ZX2-10- 1C-D9

MA-ZX2-10- 2I-D9

MA-ZX2-20- 1C-D9

MA-ZX2-20- 2I-D9

MA-ZX3-20-1C-D9

MA-ZX3-20-2I-D10

MA-XU3-2CG-1E-D10

MA-XU3-2EG-1I-D10

MA-XU3-3EG-2I-D11

126 135 158 169 201 257 196 357 367

119 126 149 158 189 241 184 279 346

111 118 140 148 177 225 173 233 326

97 102 123 130 141 182 154 192 294

78 83 100 106 102 132 126 152 233

* Notes1. We are actively looking for customers interested in this or a similar module. Please contact us with your detailed requirements.2. The module is also available in different speed and temperature grades. Visit the product web page for more information.3. Please contact us about production data backup and module production licence options.4. For non-preferred configurations, the minimum order quantity (MOQ) only applies if the modules are not in stock – pleaseget in touch for more details.5. Our FPGA Manager™ IP Solution offers simple data streaming to/from Windows/Linux/Embedded Linux hosts.6. Adequate signal integrity over the full signal path must be ensured when using MGTs at high performance rates

19

Zynq UltraScale+ and Zynq-7000 modules

Mars™ ZX2 Mars™ ZX3 Mars™ XU3

Zynq®-7000 Zynq®-7000 Zynq® UltraScale+™

Z-7010 Z-7020 Z-7020 ZU2CG ZU2EG ZU3EG

1 2 1 2 1 2 1 1 2

XC7Z010-1CLG400C

XC7Z010-2CLG400I

XC7Z020-1CLG400C

XC7Z020-2CLG400I

XC7Z020- 1CLG484C

XC7Z020- 2CLG484I

XCZU2CG- 1SBVA484E

XCZU2EG- 1SBVA484I

XCZU3EG- 2SBVA484I

2 x ARM® Cortex™-A9 2 x ARM® Cortex™-A9 2 x A53 | 2 x R5 4 x ARM® Cortex™-A53 | 2 x Cortex™-R5

667 766 667 766 667 766 1,200 | 500 1,333 | 533

2 x CAN 2 x CAN DP | PCIe® Gen2 x4 SATA | EMAC | CAN

Mali™ | DisplayPort | PCIe® Gen2 x4 SATA 3.1 | EMAC | CAN

1 Gbps | USB 2.0 OTG 1 Gbps | USB 2.0 OTG 1 Gbps | USB 3.0

512 512 1,024 1,024 2,048

DDR3L | 2,132 DDR3L | 4,264 DDR4 | 4,264

28’160 85’120 85’120 103’000 154’000

2’160 5’040 5’040 5’400 7’776

74 88 204 242 204 242 310 558

- - -

- - -

- 1 Gbps -

- - -

- - -

64M QSPI 64M QSPI | 512M NAND 64M QSPI | 16G eMMC

200 | 108 200 | 108 200 | 108

96 | - | 12 108 | - | 12 108 | - | 12 24 | 52 | 12

67.6 x 30 67.6 x 30 67.6 x 30

0..+70°C -40..+85°C 0..+70°C -40..+85°C 0..+70°C -40..+85°C 0..+85°C -40..+85°C

QSPI | SD Card QSPI | SD Card QSPI | SD Card | eMMC

Mass Production Mass Production Mass Production

2030+ 2030+ 2030+

No | 150 Yes No | 120 Yes Yes Yes Yes No | 70 Yes

MA-ZX2-10-1C-D9

MA-ZX2-10-2I-D9

MA-ZX2-20-1C-D9

MA-ZX2-20-2I-D9

MA-ZX3-20- 1C-D9

MA-ZX3-20- 2I-D10

MA-XU3-2CG- 1E-D10

MA-XU3-2EG- 1I-D10

MA-XU3-3EG- 2I-D11

126 135 158 169 201 257 196 357 367

119 126 149 158 189 241 184 279 346

111 118 140 148 177 225 173 233 326

97 102 123 130 141 182 154 192 294

78 83 100 106 102 132 126 152 233

General notes• Not all features are available simultaneously – please check the documentation for any applicable constraints.• All specifications and release dates are subject to change without notice. Please verify component specifications with vendor’s datasheets.• Enclustra maintains an errata and revision history document for each product. Please also check the errata of the FPGA device and other components.• All prices are non-binding estimates – please contact us for definitive pricing and lead-time information.• Pricing during sampling starts significantly higher and decreases with time. Budgetary pricing typically starts 12 months after production FPGAs are available.• All trademarks are the property of their respective owners. All prices do not include shipping, taxes and duties.

20

Mars FPGA Modules Selection Guide

Mars™ MX1 Mars™ MX2 Mars™ AX2 Mars™ AX3

Spartan®-6 LX Spartan®-6 LXT Artix®-7 Artix®-7

45 45 100 200 35 50 100

3 3 3 3 2 2 1 1 1 2

XC6SLX45- 3CSG324C

XC6SLX45- 3CSG324I

XC6SLX45T- 3CSG324C

XC6SLX45T- 3CSG324I

XC7A100T-2FGG484E

XC7A200T-2FBG484I

XC7A35T-1CSG324I

XC7A50T-1CSG324C

XC7A100T-1CSG324C

XC7A100T-2CSG324I

- - - -

- - - -

- - - -

- - - -

- - - -

- - - -

43’661 43’661 101’440 215’360 33’280 52’160 101’440

2’088 2’088 4’860 13’140 1’800 2’700 4’860

45 45 264 814 84 111 223 264

- 2 @ 3.2 4 @ 6.25 -

- PCIe® Gen1 x1 PCIe® Gen2 x4 -

2 x 100 Mbps 1 Gbps 1 Gbps 1 Gbps

128 128 256 512 + 512 256

DDR2 | 1,600 DDR2 | 1,600 2 x DDR3 | 3,200 DDR3 | 1,600

16M QSPI 16M QSPI 16M QSPI 64M QSPI

200 | 108 200 | 108 200 | 108 200 | 108

108 | - | - 96 | - | - 88 | - | - 108 | - | -

67.6 x 30 67.6 x 30 67.6 x 40 67.6 x 30

0..+70°C -40..+85°C 0..+70°C -40..+85°C 0..+70°C -40..+85°C -40..+85°C 0..+70°C -40..+85°C

Slave Serial | QSPI Slave Serial | QSPI Slave Serial | QSPI Slave Serial | QSPI

Not Recommended Not Recommended Advance*1 Mass Production

2020 2020 TBD 2030+

Yes No | 90 Yes No | 80 TBD Yes No | 120 No | 100 Yes

MA-MX1-45- 3C-D7

MA-MX1-45- 3I-D7

MA-MX2-45- 3C-D7

MA-MX2-45- 3I-D8

MA-AX2-100-2E-D10

MA-AX2-200-2I-D10

MA-AX3-35-1I-D8

MA-AX3-50-1C-D8

MA-AX3-100-1C-D8

MA-AX3-100-2I-D8

181 218 211 250 356 429 128 150 191 242

163 195 194 231 325 390 123 143 178 224

145 173 178 211 297 354 118 135 166 208

109 130 141 168 233 270 99 103 136 170

76 91 101 123 159 196 78 77 106 133


FPGA Family

FPGA Device Name

FPGA Speed Grade*2

FPGA Part Number*2

CPU Cores

CPU Frequency @ MHz


PS Ethernet | USB




PL Block RAM (kbit)



PL Peripherals

PL Ethernet | USB*5



Flash Memory




Temperature Range*2

Boot Modes

Product Status



Module Order Code







21

Artix-7 and Spartan-6 modules

Mars™ MX1 Mars™ MX2 Mars™ AX2 Mars™ AX3

Spartan®-6 LX Spartan®-6 LXT Artix®-7 Artix®-7

45 45 100 200 35 50 100

3 3 3 3 2 2 1 1 1 2

XC6SLX45-3CSG324C

XC6SLX45-3CSG324I

XC6SLX45T-3CSG324C

XC6SLX45T-3CSG324I

XC7A100T- 2FGG484E

XC7A200T- 2FBG484I

XC7A35T- 1CSG324I

XC7A50T- 1CSG324C

XC7A100T- 1CSG324C

XC7A100T- 2CSG324I

- - - -

- - - -

- - - -

- - - -

- - - -

- - - -

43’661 43’661 101’440 215’360 33’280 52’160 101’440

2’088 2’088 4’860 13’140 1’800 2’700 4’860

45 45 264 814 84 111 223 264

- 2 @ 3.2 4 @ 6.25 -

- PCIe® Gen1 x1 PCIe® Gen2 x4 -

2 x 100 Mbps 1 Gbps 1 Gbps 1 Gbps

128 128 256 512 + 512 256

DDR2 | 1,600 DDR2 | 1,600 2 x DDR3 | 3,200 DDR3 | 1,600

16M QSPI 16M QSPI 16M QSPI 64M QSPI

200 | 108 200 | 108 200 | 108 200 | 108

108 | - | - 96 | - | - 88 | - | - 108 | - | -

67.6 x 30 67.6 x 30 67.6 x 40 67.6 x 30

0..+70°C -40..+85°C 0..+70°C -40..+85°C 0..+70°C -40..+85°C -40..+85°C 0..+70°C -40..+85°C

Slave Serial | QSPI Slave Serial | QSPI Slave Serial | QSPI Slave Serial | QSPI

Not Recommended Not Recommended Advance*1 Mass Production

2020 2020 TBD 2030+

Yes No | 90 Yes No | 80 TBD Yes No | 120 No | 100 Yes

MA-MX1-45-3C-D7

MA-MX1-45-3I-D7

MA-MX2-45-3C-D7

MA-MX2-45-3I-D8

MA-AX2-100- 2E-D10

MA-AX2-200- 2I-D10

MA-AX3-35- 1I-D8

MA-AX3-50- 1C-D8

MA-AX3-100- 1C-D8

MA-AX3-100- 2I-D8

181 218 211 250 356 429 128 150 191 242

163 195 194 231 325 390 123 143 178 224

145 173 178 211 297 354 118 135 166 208

109 130 141 168 233 270 99 103 136 170

76 91 101 123 159 196 78 77 106 133


Mercury FPGA Modules Selection Guide

* Notes1. We are actively looking for customers interested in this or a similar module. Please contact us with your detailed requirements.2. The module is also available in different speed and temperature grades. Visit the product web page for more information.3. Please contact us about production data backup and module production licence options.4. For non-preferred configurations, the minimum order quantity (MOQ) only applies if the modules are not in stock – pleaseget in touch for more details.5. Our FPGA Manager™ IP Solution offers simple data streaming to/from Windows/Linux/Embedded Linux hosts.6. Adequate signal integrity over the full signal path must be ensured when using MGTs at high performance rates22

Mercury™ KX1 Mercury+™ KX2

Kintex®-7 Kintex®-7

160T 325T 410T 160T 160T 325T 410T

1 2 2 1 2 2 2

XC7K160T- 1FBG676C

XC7K325T- 2FFG676I

XC7K410T- 2FFG676I

XC7K160T-1FBG676C

XC7K160T-2FFG676I

XC7K325T-2FFG676I

XC7K410T-2FFG676I

- -

- -

- -

- -

- -

- -

162’240 326’080 406’720 162’240 326’080 406’720

11’700 16’020 28’620 11’700 11’700 16’020 28’620

656 1’092 2’002 656 780 1’092 2’002

4 @ 6.6 4 @ 10.3125 8 @ 6.6 8 @ 10.3125

PCIe® Gen2 x4 PCIe® Gen2 x8

2 x 1 Gbps | Cypress FX3™ USB 3.0 2 x 1 Gbps | FTDI USB 2.0

1,024 + 256 2,048 + 512 2’048

DDR3L | 4,000 DDR3L | 8,000 DDR3L | 6,400 DDR3L | 12,800

64M QSPI 64M QSPI

334 | 178 504 | 256

158 | - | - 216 | - | -

72 x 54 74 x 54

0..+70°C -40..+85°C 0..+70°C -40..+85°C

Slave Serial | QSPI | USB3 Slave Serial | QSPI | USB2

Mass Production Mass Production

2030+ 2030+

Yes Yes No | 20 No | 40 Yes No | 20 No | 20

ME-KX1-160- 1C-D10

ME-KX1-325- 2I-D11-P

ME-KX1-410- 2I-D11-P

ME-KX2-160-1C-D10

ME-KX2-160-2I-D11-P

ME-KX2-325-2I-D11-P

ME-KX2-410-2I-D11-P

525 1107 1553 615 581 1196 1523

485 1030 1382 506 535 1046 1354

447 958 1261 439 492 945 1235

312 692 1061 294 370 669 1037

237 535 825 220 296 513 802


FPGA Family

FPGA Device Name

FPGA Speed Grade*2

FPGA Part Number*2

CPU Cores

CPU Frequency @ MHz


PS Ethernet | USB




PL Block RAM (kbit)



PL Peripherals

PL Ethernet | USB*5



Flash Memory




Temperature Range*2

Boot Modes

Product Status



Module Order Code






Kintex-7 modules

General notes• Not all features are available simultaneously – please check the documentation for any applicable constraints.• All specifications and release dates are subject to change without notice. Please verify component specifications with vendor’s datasheets.• Enclustra maintains an errata and revision history document for each product. Please also check the errata of the FPGA device and other components.• All prices are non-binding estimates – please contact us for definitive pricing and lead-time information.• Pricing during sampling starts significantly higher and decreases with time. Budgetary pricing typically starts 12 months after production FPGAs are available.• All trademarks are the property of their respective owners. All prices do not include shipping, taxes and duties. 23

Mercury™ KX1 Mercury+™ KX2

Kintex®-7 Kintex®-7

160T 325T 410T 160T 160T 325T 410T

1 2 2 1 2 2 2

XC7K160T-1FBG676C

XC7K325T-2FFG676I

XC7K410T-2FFG676I

XC7K160T- 1FBG676C

XC7K160T- 2FFG676I

XC7K325T- 2FFG676I

XC7K410T- 2FFG676I

- -

- -

- -

- -

- -

- -

162’240 326’080 406’720 162’240 326’080 406’720

11’700 16’020 28’620 11’700 11’700 16’020 28’620

656 1’092 2’002 656 780 1’092 2’002

4 @ 6.6 4 @ 10.3125 8 @ 6.6 8 @ 10.3125

PCIe® Gen2 x4 PCIe® Gen2 x8

2 x 1 Gbps | Cypress FX3™ USB 3.0 2 x 1 Gbps | FTDI USB 2.0

1,024 + 256 2,048 + 512 2’048

DDR3L | 4,000 DDR3L | 8,000 DDR3L | 6,400 DDR3L | 12,800

64M QSPI 64M QSPI

334 | 178 504 | 256

158 | - | - 216 | - | -

72 x 54 74 x 54

0..+70°C -40..+85°C 0..+70°C -40..+85°C

Slave Serial | QSPI | USB3 Slave Serial | QSPI | USB2


2030+ 2030+

Yes Yes No | 20 No | 40 Yes No | 20 No | 20

ME-KX1-160-1C-D10

ME-KX1-325-2I-D11-P

ME-KX1-410-2I-D11-P

ME-KX2-160- 1C-D10

ME-KX2-160- 2I-D11-P

ME-KX2-325- 2I-D11-P

ME-KX2-410- 2I-D11-P

525 1107 1553 615 581 1196 1523

485 1030 1382 506 535 1046 1354

447 958 1261 439 492 945 1235

312 692 1061 294 370 669 1037

237 535 825 220 296 513 802

Mercury SoC Modules Selection Guide

24



FPGA Family

FPGA Device Name

FPGA Speed Grade*2

FPGA Part Number*2

CPU Cores

CPU Frequency @ MHz


PS Ethernet | USB




PL Block RAM (kbit)



PL Peripherals

PL Ethernet | USB*5



Flash Memory




Temperature Range*2

Boot Modes

Product Status



Module Order Code






Mercury+™ XU1 Mercury+™ XU2

Zynq® UltraScale+™ Zynq® UltraScale+™

ZU6EG ZU9EG ZU15EG ZU4CG ZU5EV ZU7EV

1 2 2 1 1 2

XCZU6EG- 1FFVC900I

XCZU9EG- 2FFVC900I

XCZU15EG- 2FFVC900I

XCZU4CG-1FBVB900I

XCZU5EV-1FBVB900I

XCZU7EV-2FBVB900I

4 x ARM® Cortex™-A53 | 2 x Cortex™-R5 2 x A53 | 2 x R5 4 x ARM® Cortex™-A53 | 2 x Cortex™-R5

1,200 | 500 1,333 | 533 1,200 | 500 1,333 | 533


DP | PCIe® Gen2 x4SATA | EMAC | CAN


2 x 1 Gbps | 2 x USB 3.0 2 x 1 Gbps | 2 x USB 3.0

2,048 + ECC 4,096 + ECC 2,048 + ECC 4,096 + ECC

DDR4 | 19,200 DDR4 | 19,200

469’446 599’550 746’550 192’150 256’200 504’000

25’704 32’832 59’040 18’432 23’616 38’880

2’545 3’906 5’468 939 1’362 2’678

12 @ 12.5 12 @ 15 12 @ 12.5 12 @ 15

- 2 x PCIe® Gen3 x8 H.265 Codec2 x PCIe® Gen3 x8

- -

- -

- -

64M QSPI | 16G eMMC 64M QSPI | 16G eMMC

504 | 294 504 | 294

52 | 148 | 14 52 | 148 | 14

74 x 54 74 x 54

-40..+85°C -40..+85°C

QSPI | SD Card | eMMC QSPI | SD Card | eMMC

Mass Production Advance*1

2030+ TBD

Yes No | 20 Yes TBD

ME-XU1-6EG- 1I-D11E

ME-XU1-9EG- 2I-D12E

ME-XU1-15EG- 2I-D12E

ME-XU2-4CG-1I-D11E

ME-XU2-5EV-1I-D12E

ME-XU2-7EV-2I-D12E

904 1468 1601 501 875 1184

848 1306 1503 470 821 1112

798 1192 1415 441 772 1046

706 1045 1269 380 682 932

588 879 1071 321 569 783

Zynq UltraScale+ modules

25


Mercury+™ XU1 Mercury+™ XU2

Zynq® UltraScale+™ Zynq® UltraScale+™

ZU6EG ZU9EG ZU15EG ZU4CG ZU5EV ZU7EV

1 2 2 1 1 2

XCZU6EG-1FFVC900I

XCZU9EG-2FFVC900I

XCZU15EG-2FFVC900I

XCZU4CG- 1FBVB900I

XCZU5EV- 1FBVB900I

XCZU7EV- 2FBVB900I

4 x ARM® Cortex™-A53 | 2 x Cortex™-R5 2 x A53 | 2 x R5 4 x ARM® Cortex™-A53 | 2 x Cortex™-R5

1,200 | 500 1,333 | 533 1,200 | 500 1,333 | 533


DP | PCIe® Gen2 x4 SATA | EMAC | CAN


2 x 1 Gbps | 2 x USB 3.0 2 x 1 Gbps | 2 x USB 3.0

2,048 + ECC 4,096 + ECC 2,048 + ECC 4,096 + ECC

DDR4 | 19,200 DDR4 | 19,200

469’446 599’550 746’550 192’150 256’200 504’000

25’704 32’832 59’040 18’432 23’616 38’880

2’545 3’906 5’468 939 1’362 2’678

12 @ 12.5 12 @ 15 12 @ 12.5 12 @ 15

- 2 x PCIe® Gen3 x8 H.265 Codec 2 x PCIe® Gen3 x8

- -

- -

- -

64M QSPI | 16G eMMC 64M QSPI | 16G eMMC

504 | 294 504 | 294

52 | 148 | 14 52 | 148 | 14

74 x 54 74 x 54

-40..+85°C -40..+85°C

QSPI | SD Card | eMMC QSPI | SD Card | eMMC

Mass Production Advance*1

2030+ TBD

Yes No | 20 Yes TBD

ME-XU1-6EG-1I-D11E

ME-XU1-9EG-2I-D12E

ME-XU1-15EG-2I-D12E

ME-XU2-4CG- 1I-D11E

ME-XU2-5EV- 1I-D12E

ME-XU2-7EV- 2I-D12E

904 1468 1601 501 875 1184

848 1306 1503 470 821 1112

798 1192 1415 441 772 1046

706 1045 1269 380 682 932

588 879 1071 321 569 783


26


Mercury+™ XK1

Kintex® UltraScale+™

KU3P KU11P

1 2

XCKU3P- 1FBVD900E

XCKU11P- 2FFVD900I

-

-

-

-

-

-

356’000 653’000

25’920 43’560

1’765 4’538

16 @ 12.5 16 @ 15

PCIe® Gen3 x16 4 x PCIe® Gen3 x16 2 x 150G | 100G

1 Gbps | FTDI USB 2.0

2,048 4,096

DDR4 | 9,600 DDR4 | 19,200

64M QSPI

504 | 246 504 | 294

66 | 100 | - 66 | 148 | -

74 x 54

0..+85°C -40..+85°C

Slave Serial | QSPI | USB2

Advance*1

TBD

TBD

ME-XK1-3P- 1E-D11

ME-XK1-11P- 2I-D12

TBD TBD

TBD TBD

TBD TBD

TBD TBD

TBD TBD


FPGA Family

FPGA Device Name

FPGA Speed Grade*2

FPGA Part Number*2

CPU Cores

CPU Frequency @ MHz


PS Ethernet | USB




PL Block RAM (kbit)



PL Peripherals

PL Ethernet | USB*5



Flash Memory




Temperature Range*2

Boot Modes

Product Status



Module Order Code






Kintex UltraScale+ and Zynq UltraScale+ modules

27


Mercury+™ XK1

Kintex® UltraScale+™

KU3P KU11P

1 2

XCKU3P-1FBVD900E

XCKU11P-2FFVD900I

-

-

-

-

-

-

356’000 653’000

25’920 43’560

1’765 4’538

16 @ 12.5 16 @ 15

PCIe® Gen3 x16 4 x PCIe® Gen3 x162 x 150G | 100G

1 Gbps | FTDI USB 2.0

2,048 4,096

DDR4 | 9,600 DDR4 | 19,200

64M QSPI

504 | 246 504 | 294

66 | 100 | - 66 | 148 | -

74 x 54

0..+85°C -40..+85°C

Slave Serial | QSPI | USB2

Advance*1

TBD

TBD

ME-XK1-3P-1E-D11

ME-XK1-11P-2I-D12

TBD TBD

TBD TBD

TBD TBD

TBD TBD

TBD TBD

Mercury™ XU5

Zynq® UltraScale+™

ZU2EG ZU3EG ZU4EV ZU5EV ZU5EV

1 2 1 2 3

XCZU2EG- 1SFVC784I

XCZU3EG- 2SFVC784I

XCZU4EV- 1SFVC784I

XCZU5EV- 2SFVC784I

XCZU5EV- 3SFVC784E

4 x ARM® Cortex™-A53 | 2 x Cortex™-R5

1,200 | 500 1,333 | 533 1,200 | 500 1,333 | 533 1,500 | 600


1 Gbps | 2 x USB 3.0

2,048 + ECC 4,096 + ECC 8,192 + ECC

DDR4 | 19,200

103’320 154’350 192’150 256’200

5’400 7’776 18’432 23’616

310 558 939 1’637 1’882

- 4 @ 12.5

- H.265 Codec PCIe® Gen3 x4

1 Gbps

512 1,024 2,048

DDR4 | 4,266 DDR4 | 4,800 DDR4 | 4,266 DDR4 | 4,800

64M QSPI | 16G eMMC

336 | 178

52 | 92 | 14 52 | 72 | 14

56 x 54

-40..+85°C 0..+85°C

QSPI | SD Card | eMMC

Sampling

2030+

Yes No | 40 No | 40 Yes No | 20

ME-XU5-2EG- 1I-D11E

ME-XU5-3EG- 2I-D11E

ME-XU5-4EV- 1I-D11E

ME-XU5-5EV- 2I-D12E

ME-XU5-5EV- 3E-D13E

319 613 541 784 1162

298 509 507 735 1025

279 444 476 691 931248 380 428 624 825201 300 360 511 708



Mercury™ XU7


ZU6EG ZU9EG ZU15EG

1 2 2

XCZU6EG- 1FFVC900I

XCZU9EG- 2FFVC900I

XCZU15EG- 2FFVC900I


1,200 | 500 1,333 | 533


2 x 1 Gbps | USB 3.0

2,048 + ECC 4,096 + ECC

DDR4 | 19,200

469’446 599’550 746’550

25’704 32’832 59’040

2’545 3’906 5’468

12 @ 12.5 12 @ 15

-

-

2’048 4’096

DDR4 | 8,532 DDR4 | 9,600

64M QSPI | 16G eMMC

336 | 178

52 | 52 | 14

74 x 54

-40..+85°C


Advance*1

2030+

TBD

ME-XU7-6EG- 1I-D11E

ME-XU7-9EG- 2I-D12E


954 1502 1667

886 1337 1556

824 1221 1456

720 1071 1296

600 904 1096

28


FPGA Family

FPGA Device Name

FPGA Speed Grade*2

FPGA Part Number*2

CPU Cores

CPU Frequency @ MHz


PS Ethernet | USB




PL Block RAM (kbit)



PL Peripherals

PL Ethernet | USB*5



Flash Memory




Temperature Range*2

Boot Modes

Product Status



Module Order Code






Zynq UltraScale+ modules


Mercury™ XU7


ZU6EG ZU9EG ZU15EG

1 2 2

XCZU6EG- 1FFVC900I

XCZU9EG- 2FFVC900I

XCZU15EG- 2FFVC900I


1,200 | 500 1,333 | 533



2,048 + ECC 4,096 + ECC

DDR4 | 19,200

469’446 599’550 746’550

25’704 32’832 59’040

2’545 3’906 5’468

12 @ 12.5 12 @ 15

-

-

2’048 4’096

DDR4 | 8,532 DDR4 | 9,600

64M QSPI | 16G eMMC

336 | 178

52 | 52 | 14

74 x 54

-40..+85°C


Advance*1

2030+

TBD

ME-XU7-6EG- 1I-D11E

ME-XU7-9EG- 2I-D12E


954 1502 1667

886 1337 1556

824 1221 1456

720 1071 1296

600 904 1096

Mercury+™ XU6


ZU2EG ZU3EG ZU4EV ZU5EV ZU5EV

1 2 1 2 3

XCZU2EG- 1SFVC784I

XCZU3EG- 2SFVC784I

XCZU4EV- 1SFVC784I

XCZU5EV- 2SFVC784I

XCZU5EV- 3SFVC784E


1,200 | 500 1,333 | 533 1,200 | 500 1,333 | 533 1,500 | 600



2,048 + ECC 4,096 + ECC 8,192 + ECC

DDR4 | 19,200

103’320 154’350 192’150 256’200

5’400 7’776 18’432 23’616

310 558 939 1’637 1’882

- 4 @ 12.5

- PCIe® Gen3 x4 | H.265 Codec

2 x 1 Gbps | Cypress FX3™ USB 3.0

-

-

64M QSPI | 16G eMMC

504 | 270

96 | 120 | 14

74 x 54

-40..+85°C 0..+85°C


Advance*1

2030+

TBD

ME-XU6-2EG- 1I-D11E

ME-XU6-3EG- 2I-D11E

ME-XU6-4EV- 1I-D12E

ME-XU6-5EV- 2I-D12E

ME-XU6-5EV- 3E-D13E

391 699 787 853 1295

366 583 665 800 1143

343 510 588 753 1038

291 423 494 664 905

228 328 408 537 771

29



Mercury™ ZX1 Mercury™ ZX5

Zynq®-7000 Zynq®-7000

Z-7030 Z-7035 Z-7045 Z-7015 Z-7030

2 1 2 2 1 3

XC7Z030- 2FBG676I

XC7Z035- 1FBG676I

XC7Z045- 2FFG676I

XC7Z015- 2CLG485I

XC7Z030- 1SBG485I

XC7Z030- 3SBG485E

2 x ARM® Cortex™-A9 2 x ARM® Cortex™-A9

800 667 800 766 667 1’000

2 x CAN 2 x CAN

1 Gbps | USB 2.0 OTG 1 Gbps | USB 2.0 OTG

1,024 1,024

DDR3L | 4,264 DDR3L | 4,264 DDR3L | 5,333

125’000 275’000 350’000 73’920 125’000

9’540 18’000 19’620 3’420 9’540

520 981 1’170 176 438 593

4 @ 6.6 8 @ 6.6 8 @ 10.3125 4 @ 6.25 4 @ 6.6

PCIe® Gen2 x4 PCIe® Gen2 x8 PCIe® Gen2 x4

2 x 100 Mbps -

256 -

DDR3L | 2,133 DDR3L | 1,600 DDR3L | 3,200 -

64M QSPI | 512M NAND 64M QSPI | 512M NAND

334 | 170 334 | 178 334 | 178

66 | 84 | 12 66 | 72 | 12 146 | - | 12 54 | 92 | 12

64 x 54 56 x 54

-40..+85°C -40..+85°C 0..+70°C

QSPI | SD Card | NAND QSPI | SD Card | NAND


2030+ 2030+

Yes Yes Yes Yes Yes No | 40

ME-ZX1-30- 2I-D10

ME-ZX1-35- 1I-D10

ME-ZX1-45- 2I-D10-P

ME-ZX5-15- 2I-D10

ME-ZX5-30- 1I-D10

ME-ZX5-30- 3C-D10

429 752 995 275 323 483

393 697 926 265 306 441

359 602 819 256 290 404

297 483 647 204 246 288

226 347 496 157 184 201

30


FPGA Family

FPGA Device Name

FPGA Speed Grade*2

FPGA Part Number*2

CPU Cores

CPU Frequency @ MHz


PS Ethernet | USB




PL Block RAM (kbit)



PL Peripherals

PL Ethernet | USB*5



Flash Memory




Temperature Range*2

Boot Modes

Product Status



Module Order Code






MERCURY+ PE1PCIe® Base Board

� Mercury module connectors � Low-jitter clock generator � PCIe ×4 interface � USB 3.0 device � Up to 4 × USB 2.0 � FTDI USB 2.0 High-speed device controller � 2 × Gigabit Ethernet � Up to 2 FMC LPC/HPC connectors � mPCIe/mSATA card holder � microSD card holder � 12 V single supply � 160 × 111.2 mm (PCB only) � Standalone or PCIe operation � Available in three configurations (PE1-200/300/400)

ME-PE1-200-C

1+ €269

100+ €248

1000+ €218

10000+ €193

Mercury+ PE1

microSD Card Holder

SMA MGT + Clocks

mSATA/ mPCIe

Card Holder

SIM Card Holder

USB 3.0 Device

eMMC Flash JTAG Connector

System Controller

Clock Generator

USB Hub

Pin HeaderPin Header Micro USB Power Control

System Monitor

Battery Holder

FMC LPC Connector

FMC HPC Connector

Pin Headers

DC Input Connector

Current Sense

Buttons & LEDs

Mod

ule

Conn

ecto

r A

Module Connector C

Mod

ule

Conn

ecto

r B

Gigabit Ethernet

(x2)

USB 2.0 Host (x2)

32

MERCURY+ PE3PCIe® Base Board

� Mercury module connectors � PCIe Gen3 ×8 interface � QSFP+ slot, optional 4 × SFP+ slots � Low-jitter clock generator � USB-C interface � 3 × USB 2.0 host � 3 × Gigabit Ethernet � Up to 2 FMC HPC connectors � microSD card holder � System controller with USB JTAG/UART � Standalone or PCIe operation � 12V single supply or USB-C powered � Preliminary product information – please contact us for availability.


Mercury+ PE3

96 I/Os

72 I/Os

8 MGTs

8 MGTs

76I/Os

4 MGTs

4 MGTs

PCIe Gen2 ×8

4 MGTs8 MGTs

26 I/Os

PL

PL

PL

PL

PL

PL

HA/HB

LA

LA

DP DP

Key Variant-dependent I/O options Optional features

Note that this diagram shows a reduced feature set.

Gigabit Ethernet

(x2)

MGT Multiplexers

Power Control

SFP+ Slots (x4)

FMC HPC Connectors

Top Bottom

QSFP+ Slot

microSD Holder

Gigabit Ethernet

USB C

USB AUSB Mux & Hub

Gigabit PHY

FMC HPC Connectors (x2)

Top Bottom

System MonitorMicro USB DC Input

Connector

Mod

ule

Conn

ecto

r B

Module Connector C

Mod

ule

Conn

ecto

r A

System Controller

Clock Generator

CIk/Trig I/O

Pin Header

Battery Holder

JTAG Connector

33

Mars EB1

HDMI Connector

DC Input Connectors

Power Control

Buttons & LEDs

System Monitor

Mini Camera Link Connector

Mini Camera Link Connector

Gigabit Ethernet Connector

System Controller

200-pin Mars Module SO-DIMM Connector

USB 2.0 A Connector (Host) Micro USB

Micro USB

microSD Card Holder

JTAG Connector

Pmod™ I/O Pin Headers

Anios™ I/O Pin Header

34

MARS EB1Mars Base Board

� Mars module connector � FTDI USB 2.0 High-Speed device � 2 × Mini Camera Link � HDMI 1.3 connector � Micro USB 2.0 device � microSD card slot � 42 user I/O pins � 40-pin Anios headers � 2 user buttons, 1 user LED � 12 V single supply � 120 × 80 mm

MA-EB1-C

1+ €214

100+ €190

1000+ €160

10000+ €136

MARS PM3Mars Base Board

� Mars module connector� FMC LPC connector� Mini HDMI connector� Cypress FX3 USB 3.0 device controllerw� USB 2.0 UART� Gigabit Ethernet� microSD card slot� 12 V single supply� p-ITX format (100 × 72 mm)

MA-PM3-C

1+ €210

100+ €185

1000+ €136

10000+ €116

JTAG | GPIO

USB 3.0

16/32-bit

USB 2.0

UART MDI 4 +1 pairsUSB

JTAG

24 I/Os

36 pairs

Mars PM3

USB 3.0 B Connector (Device)

Cypress FX3 USB 3.0 Device Controller

System Monitor

User EEPROM

Power Supply

Fan Connector

Power Connectors

200-pin Mars Module SO-DIMM Connector

Bottons & LEDs

HDMI Connector

(LVDS/PCIe)

USB 2.0 A Connector (Host)

RJ45 GigE Connector

USB 2.0 Micro-B Connector (Device)

USB 2.0 UART Controller

FX3 ConnectorFPGA JTAG Connector

160-pin FMC LPC Connector

Extension Connector

35

� FMC LPC connector � 6 MOSFET half-bridges � 42 V 18 A power capability � CAN � 30 V sensor input and actor outputs � An ideal platform to evaluate the Enclustra Universal Drive Controller IP Core

SPI

PWM

I2C

LVCMOS

LVCMOS

LVCMOS

30V

Enc/Hall

CAN

30 V I/O Connectors

Motor Connectors 1-3

Supply Connector

Encoder Connector 1-3

CAN ConnectorCAN Transceiver

A/D Converters

MOSFET Drivers

Temperature Sensors

Encoder | Hall Sensor Signal Conditioning

30 V I/O Signal Conditioning

Current Sense Amplifiers

Brake Chopper

FMC LPC Connector

Half Bridges 1- 6

36

FMC DR2Drive Control Card

FMC-DR2

1+ €682

100+ €520

1000+ €197

10000+ €154

OS support:

� Xilinx® Zynq®-7030/7035/7045 SoC FPGA � PCIe or standalone operation � 1 GB DDR3L SDRAM (PS) � 256 MB DDR3L SDRAM (PL) � 16 GB eMMC flash � 64 MB QSPI flash � 8 × 6.6/10.3125 Gbps MGT � PCIe Gen2 ×8 interface � QSFP+ slot, optional 4 × SFP+ slots � Up to 2 × FMC HPC connectors, 168 User I/Os � 4 × USB 2.0 host, USB-C interface � Gigabit Ethernet, 2 × Fast Ethernet � System controller with USB JTAG/UART � Low-jitter clock generator � 12V single supply or USB-C powered � 166.4 × 111.2 mm CO-XZQ10-740-I

1+ €1343

100+ €1118

1000+ €851

10000+ €679

COSMOS XZQ10PCIe® System Board

37

PS

PS

96 I/Os

72 I/Os

4-8 MGTs4 MGTs

4 MGTs

PCIe Gen2 ×8

4 MGTs8 MGTs

16-bit

24 I/Os

PL

PS

PLPLPS

PL

PL

HA/HB

LA

LA

DP DP

Key Variant-dependent I/O options Optional features

Note that this diagram shows a reduced feature set.

Fast Ethernet

(x2)

System Controller

eMMC Flash

Clock Generator

Pin Header

USB Pin Header

MGT Multiplexers

Power Control

FMC HPC Connectors

Top Bottom

System Monitor

Battery Holder

CIk/Trig I/O

JTAG Connector

QSFP+ Slot

Micro USB DC Input Connector

microSD HolderQSPI Flash

Gigabit Ethernet

32-bitPS | PL

DDR3 SDRAM

USB C

DDR3 SDRAM

USB AUSB Hub

USB Mux

FMC HPC Connectors (x2)

Top Bottom

SFP+ Slots (x4)

A huge logo, for a tool that saves a huge amount of time.

Our Linux Build Environment is a free tool which users can use to build their own Linux for Enclustra modules – at the push of a button.

Select a target module and base board, let the tool do its thing, and all required binaries, such as the FPGA bitstream and boot loader, will be

downloaded. It also downloads and compiles software such as U-Boot, Linux, and the BusyBox based root file system. Find out more

via our website.

38

L inux Build Environment

FPGA DESIGN Center

An applicationThe Module Configuration Tool (MCT) is a free application which allows the user to configure our modules and base boards via USB, without additional hardware. No break-out boxes, no funky connectors – all you need is a USB cable.

A libraryThe library used by the MCT, MctLib, is also available free of charge in binary form; it allows users to integrate module enumeration, FPGA and SPI flash configuration, and I2C communication functionality in their own applications.

MctLib is available for both Windows and Linux, and consists of a flexible library with a C-style interface, allowing use of the library from almost any programming language. For C++ applications, a C++ wrapper is also provided for ease of use.

A flexible codebaseIf you’d like to integrate or customize the Module Configuration Tool to your needs, we also offer a source code license for both the GUI and the MctLib library. Contact us for more information.

» Module Configuration Toolkit

39FPGA DESIGN Center

In order to make integrating our products to customer designs as easy as possible, we provide a number of design support files to make

the process as pain-free as possible.

» Design Suppor t

3D ModelsFor all of our modules and base boards, 3D models are available to aid in the design of compatible custom hardware and enclosures.

User SchematicsHow the components on our hardware talk to each other.

Master PinoutsCheck the pinout of a module or base board, and compare it with other pin-compatible modules, even future modules that haven’t been released yet.

User ManualsEverything you always wanted to know about a module, but were afraid to ask: an A-Z of a module’s hardware, features, and configuration options.

Reference designsOur reference designs are lovingly created to get your design off the ground as quickly, in both HDL and software.

Net Length TablesHigh-speed design is tricky; net length tables give you exactly what you need to best plan for signal routing and integrity.

Online SupportFor anything that isn’t covered in the information above, our support staff are always on hand to help, even before purchase.

FPGA DESIGN Center40

We offer a range of flexible IP solutions, covering a range of applications areas; here are a couple

of things worth knowing:

They’re royalty freeAfter you purchase an IP licence, that’s it; no recurring fees, no royalties, nada. The IP can be used perpetually, according to the licence terms.

We offer different licence modelsThe licence itself can also be tailored to your requirements. We offer project and site-based licences.

Evaluation is also freeYou can evaluate our IP solutions, with full functionality, before committing to buy. Just drop us a mail.

» Our IP Solutions

41

High-performance FPGA/SoC motion control – without writing a line of VHDL. A highly optimized IP solution, featuring implementations of commonly-used motor control algorithms for position, velocity and current control, as well as all required interfaces to the power electronics. A simple and portable C programming API allows easy access to all features from software.

Features and benefits � Control up to 8 motors simultaneously

� Control loop update rates of up to 200kHz

� Fully autonomous event handling

� Supports BLDC, DC and stepper motors

� Features field-oriented control for BLDC motors

Flexibility is key � Full support for custom circuits for current,

position and velocity measurement

� Specify which controls loops are autonomous

and which are implemented in software

UNIVERSAL DRIVE CONTROLLERIP Solution

Integration and ease of use � C programming API to access all features

� Full integration with Xilinx® tools

� Reference designs available for all motor types

Evaluation � A free IP evaluation licence including reference

design and example application is available

� Start with a spinning motor using a quick-start

kit including an SoC module, base board, power

electronics and motor. For more information

see next page.

42

IP Core

Starting from €3000

Controller Core

Encorder | Resolver Interface



Drive Hardware

Error Handler

Avalon/AXI Interface

Galvanic Isolation (optional)



ENC

RES

DC

BLDC

Stepper

DA

Universal Drive Controller IP Core

Get started with the Universal Drive Controller, right out of the box. The Universal Drive Controller Evaluation Kit provides an out-of-the box hardware platform with reference design to both speed your development time and enhance your productivity.

The kit contains: � Universal Drive Controller Evaluation Licence,

with support for up to 2 DC, BLDC or stepper motors

� Mars ZX3 SoC module

� Mars PM3 base board

UNIVERSAL DRIVE CONTROLLEREvaluation Kit

� FMC-DR2 drive control card

� BLDC (Maxon), DC or stepper motor

� Reference design

� 2 hours of support

43

Evaluation Kit

€1490

One tool for all FPGA communications. Transparently stream up to 16 data streams from FPGA to host, and vice versa, without needing to know the underlying protocols. PCIe® (Gen1-3, ×1-×8), USB 2.0, USB 3.0, and 10/100/1000 Mbps Ethernet links – all with one single API. Also supported are FPGA-in-the-loop applications, and memory-mapped access.

Software library � Simple API with intuitive read/write functions

� Supports C | C++, C# | .NET and MATLAB

� Supports Windows and Linux

FPGA IP core � Supports standard bus interfaces

� Integrates into FPGA vendor tools for simple drag

and drop instantiation

� Also available as a software implementation

for PCs (FPGA modelling) or SoC FPGAs

(co-processing)

FPGA MANAGERIP Solution

44

IP Solution


Matlab®

Base licence � PCIe, USB 3.0, USB 2.0 or Gigabit Ethernet

� 2 streams

� C | C++ and C# | .NET

� Windows or Linux

Evaluation � Quick Start Kits, including support,

are available

FPGA Manager™

FPGAHost/Embedded PC

PCIe

Ethernet

USB 2.0 / 3.0

–or–

–or–FPGA

Manager Library

(DLL/SO)

FPGA Manager IP Core

User Application

C | C++, C# | .NET and

MATLAB®

User Logic

Get started with the FPGA Manager, right out of the box. The FPGA Manager™ Evaluation Kit provides a full featured design platform to build communication centric applications for PCIe®, Ethernet and USB 3.0. The kit provides an out- of-the box hardware platform with reference design to both speed your development time and enhance your productivity. It contains following components.

The kit contains: � FPGA Manager IP Solution, Evaluation License

� Reference design

� Mercury KX1 FPGA module

FPGA MANAGEREvaluation Kit

� Mercury+ PE1-200 base board

� Power supply

� 2 hours support included

45

Evaluation Kit

€990

Large, multi-stream FIFO handling. A versatile IP core that implements a stream to memory mapped DMA bridge with up to 16 independent streams. The IP core allows data buffering in an external memory device to provide virtual FIFO capability, with up to 4 GB of memory. A simple C programming API is provided, as is the option to easily integrate with FPGA Manager™.

Features and benefits � Standalone solution A CPU can be easily replaced

by a stream configuration controller that is

provided in VHDL

� Flexible data width conversion Conversion

to/from any byte-multiple width for the write and

read data streams

� Highly configurable Operation mode, buffer

size and buffer address can be set independently

for each stream

� Vendor independent The core is optimized for

use in current Xilinx® FPGA architectures. Xilinx

Vivado IPI components are also provided.

STREAM BUFFER CONTROLLERIP Core

Evaluation � FIFO mode Writes and reads are done over the

AXI4-Stream interfaces

�Write mode Writes are done over the AXI4-Stream,

reads are done by a CPU

� Read mode Writes are done by a CPU, reads are

done over the AXI4-Stream interface

� ROM mode Reads are done over the AXI4-Stream

interface (the memory must be initially written

by a CPU)

46

IP Core


Stream Buffer Controller IP Core

Host/Embedded PC

Status | IRQ

Data

Config

External Memory

CPU

Memory Controller

Stream Buffer Controller

IP Core

Data Sources

Data Sinks

AXI |

Ava

lon

Inte

rconn

ect

Low-resource display control, with support for different display interfaces. The Display Controller IP Core enables the easy addition of a display to existing or future FPGA designs, allowing the system designer to focus on the main application instead of dealing with display control issues. In addition, there is no need for an external display controller device that would consume precious PCB space and unnecessarily extend the project’s BOM. With its modular design and strong scalability, the Display Controller IP Core perfectly fits the system requirements without wasting any FPGA resources. These unique features will also simplify the reuse of the Display Controller IP Core in future projects. Selecting our Display Controller IP Core for the display control needs of present or future projects will significantly reduce time to market as well as the overall system cost.

Features and benefits � Support for parallel, LVDS and HDMI/DVI displays without

external display controller device

� Support for unlimited video pages

� Built-in PWM generator for display brightness control

� Optional 2D accelerator unit (draw/copy rectangles, supports transparent color)

� AXI bus interface for both register bank and frame buffer memory access

DISPLAY CONTROLLERIP Core

47

IP Core


Display Controller IP Core

FPGA/SoC Device

2D DataLVDS | HDMI |

Parallel

Touch

Video Data

External Memory

Display Hardware

CPU

Memory Controller Stream

Controller IP Core

I2C Controller

AXI |

Ava

lon

Bus

Config

Simple Ethernet communication, without a CPU. A highly configurable IP core, optmised for use in current Xilinx® FPGA architectures. It provides a simple to use interface to the user logic, and supports the common media independent interfaces MII, RMII, GMII and RGMII. With its 8-bit wide transmit and receive interfaces running at 125 MHz, the IP core is able to operate at full 1 Gbit/sec wire speed. 100 Mbit/sec and 10 Mbit/sec operation is also supported.

Features and benefits � Operates at full 1 GBit/sec wire speed

� Complete UDP, IPv4 and Ethernet layer processing

� Automatic ARP reply generation

� Header pass-through mode

� 1 Gbit/sec, 100 Mbit/sec and 10 Mbit/sec

operation

� MII, RMII, GMII, RGMII and SGMII media indepen-

dent interfaces (full-duplex only)

UDP/IP ETHERNETIP Core

� Destination UDP port, destination IP address

and destination MAC address filtering

� UDP checksum calculation and check

� Ethernet frame check

� Multiple UDP ports with dedicated receive

and transmit interfaces for each port

� Optional receive data buffers

� Raw Ethernet port for non-UDP communication

48

IP Core


Key User clock domain Ethernet PHY clock domain

Dual Fast Ethernet

Dual Fast Ethernet

Quad SFP+ Slots

(optional)

Quad SFP+ Slots

(optional)

Quad SFP+ Slots

(optional)

Quad SFP+ Slots

(optional)

DC Input Connector

ARP Protocol Engine

microSD Holder

Gigabit Ethernet

Dual USB ARGMII

GMII

RMII

Mii

User Transmit Header

Interface

User Transmit Data Interface

User Receive Data Interface

User Configuration Interface

UDP/IP Ethernet IP Core

PricingPricing is shown for specific module variants and quantities – for a complete list of module variants, and volume pricing for quantities of 1+, 30+, 100+, 300+, 1000+, 3000+ and 10000+, visit www.enclustra.com

Custom configurations All hardware products can be tailored to specific applications in custom configurations (different FPGA part numbers, different memory sizes, etc.).

Custom hardware design We often work together with customers to develop a brand new, application-specific hardware product. This can be a module, base board, or entire system; development costs and production rights are shared, leaving both parties to benefit.

FAQ More information and frequently asked questions can be found at www.enclustra.com/faq

Disclaimer All prices are non-binding estimates – please contact us for definitive pricing and lead-time information. Information contained in this flyer is correct as of 26th February 2018, but is subject to change without notice. Trademarks used are property of their respective owners.

» Fur ther Information

49

Catalogue Spring 2018

Development and design services

FPGA DESIGN Center

2

About Enclustra

We currently have 33 people in our team, of 10 different nationalities, and we’re growing.

The company was founded in 2004 by Martin Heimlicher, with the aim of providing comprehensive FPGA solutions, from design through to production.

Our headquarters are located in the thriving Binz quarter in Zürich, Switzerland – an ideal location in one of the world’s leading cities for technology and innovation.

In addition to our main office, we have sales and support offices in Germany, the USA and China.

Demand for our design services, FPGA modules and base boards is growing – our current customer base stands at over 1000 customers in over 50 countries, and continues to expand.

2

CERTIFIED MEMBER — BASE

We’re vendor-independent, and we’re design service partners of Xilinx® – this close communication allows us to be forward-looking in our design process, and remain on

the cutting edge of the most advanced FPGA technology.

3

Everything from the drawing board.

FPGA Design Center

Our design center offers design and support in all areas of FPGA-based system development, in a wide number of applications.

High-speed hardware, HDL firmware, embedded software, real-time operating systems – our expertise covers every stage of the design process, from specification up to industrialization and manufacturing.

Everything off the shelf.

FPGA Solution Center

We develop and sell our own FPGA and system-on-chip modules, based on Xilinx® devices, for our customers to integrate into their own systems.

19 different modules, in 3 different families, compatible with 3 different base boards – the diversity of our products allows the customer to select exactly the features and they need, down to a fine grain.

W

W

O

H

E

F

A

F

T

E R

4

» Our Core Competencies

FPGA Hardware Development

• Multi-layer PCB design• Multi-gigabit serial links• High-speed data converters• RF front ends

Digital Signal Processing

• Bit-true MATLAB®/Simulink® to VHDL conversion• Resource-optimized implementation• Software defined radio (channel filtering, sample rate

conversion, modulation/demodulation, etc.)

Software Development

• Embedded software for SoC and soft core processors• Real-time control loops• Linux BSPs and device drivers• Host computer software as user interface to FPGA-based systems

FPGA HDL Development

• Systems at the technical limits (complexity, bandwidth, processing power, latency)

• Integration of microcontrollers and peripherals• Thorough verification and continuous integration• HLS or HDL design entry

FPGA DESIGN Center

We carry out customer projects in a wide array of application fields – below are some of the areas we’re particularly

experienced in.

Wired Networks and Switching (Ethernet)

Industrial Communication (CAN)

Wireless Communication (Software Defined Radio)

Embedded Interfaces (PCIE, USB, AXI, etc.)

Drive and Motion Control

Computer Vision and Smart Cameras

Test and Measurement / Data Acquisition

Waveform Synthesis

FPGA DESIGN Center

» Main Applicat ion Areas

5

» Digital Signal Processing

Manual, bit-true HDL implementation.

Do you have a MATLAB® implementation of a signal processing algorithm and need a best performance, lowest resource usage and lowest power FPGA implementation? Our engineering team has successfully completed a significant number of such projects with the help of our fixed-point arithmetics library.

Our cl_fix library implements basic to medium-complexity fixed-point arithmetic functions in MATLAB and VHDL. The implementations of the same function in MATLAB and VHDL show exactly the same, bit-accurate behavior. The functions operate on the native data types of the individual languages; i.e. double for MATLAB and std_logic_vector for VHDL, and are thus easy to use. The bit-true behavior is enabled by associating a fixed-point format to every operand and result.

We take care of the algorithm’s FPGA-optimization, and work with you to ensure that the FPGA-optimized MATLAB algorithm still meets your requirements. After that, it’s a straightforward path to a bit-true FPGA implementation, without any lengthy and costly iterations back through the algorithm design and optimization phases.

Model-based design and automated HDL code generation.

If traceability or time to market is the main concern for the FPGA implementation of your MATLAB/Simulink® signal processing algorithm, model-based design and automated HDL code generation might also be a useful option.

We’re a member of MathWorks’ partner program, and our engineering team has the relevant expertise to efficiently employ automated code generation tools like MathWorks® HDL Coder™, Xilinx® System Generator (Simulink) and alike.

As an additional benefit, your application specialists – who not necessarily are FPGA experts – are able to develop your FPGA’s signal processing units in their known environment and programming language, while we take care of the communication infrastructure and interfaces.

FPGA DESIGN Center6

» Perspective through stereo

What was once only possible in crime series is now a reality (get your CSI

Miami one-liners at the ready): 3D scans of forensic evidence found at

crime scenes, recording minute details to be later analyzed from all angles.

One of the main elements of the system is an Enclustra-developed

platform which enables the projection of interference patterns and

simultaneous recording of stereo video: a compact, cost-effective Mars

AX3 module captures the images via two cameras connected to the new

Mars EB1 base board via Camera Link. The FPGA firmware running on

the Mars AX3 then streams the data to a host PC via Enclustra’s FPGA

Manager Ethernet IP solution.

The development took place as part of the 3D-Forensics project funded

by the EU’s Seventh Framework Programme for Research (FP7).

Xilinx® Artix™-7 | DDR3 SDRAM | Camera Link | Gigabit Ethernet |

Xilinx MicroBlaze™ | VHDL | C | C#

FPGA System Design | FPGA Hardware | FPGA HDL | Embedded Software |

Host Computer Software

Mars AX3 | Mars EB1 | FPGA Manager™ Ethernet

Abstract

Employed Technologies

Involved Enclustra Services

Involved Enclustra Products

FPGA DESIGN Center

Example project #1

7

Example project #2

» FPGA to Satell i te: Please Respond

A reliable data connection between satellite and ground station is

essential to the success of any satellite mission – to this end, we recently

implemented a system for a customer based on our Mercury KX1

module and using FPGA Manager™ PCI Express.

The Mercury KX1, mounted on custom PCIe®-capable base board we also

developed for the application, acts as the main communication

controller for a test system that is used to verify the communication

between individual satellite components as well as the communication

between the satellite and the ground station.

The host computer software, providing a GUI for setting up, running

and analyzing communication tests, was also developed by our engineering

team.

Xilinx® Kintex®-7 | WizardLink | VHDL | C# | C++

FPGA System Design | FPGA Hardware | FPGA HDL | Host Computer

Software

Mercury KX1 | FPGA Manager PCIe

Abstract




FPGA DESIGN Center8

Example project #3

» Bluetooth Analyzer

We were approached with the idea of developing a non-intrusive Bluetooth

protocol analyzer, which should be able to capture all kind of Bluetooth

traffic on all 79 channels, including discovery and connection traffic, without

affecting any of the active Bluetooth devices in the vicinity. We took up the

challenge.

The resulting Xilinx® Artix™-7 based software defined radio (SDR) system

is able to receive, demodulate and decode Bluetooth traffic on all 79

Bluetooth channels in parallel. This requires highfidelity channel filters,

per-channel implementation of various demodulation schemes, namely

GFSK, π/4 DQPSK and 8DPSK and per-channel brute-force determination

of the whitening sequence.

In order to make this signal processing monster fit into a Xilinx Artix-7

FPGA, a time division multiplexed (TDM) architecture has been chosen,

where the most critical FPGA resources are shared between the Bluetooth

channels by assigning time slots to the individual channels.

Xilinx Artix-7 | Bluetooth | DSP | SDR | GFSK | π/4 DQPSK | 8DPSK | TDM |

VHDL | MATLAB

FPGA System Design | FPGA HDL

Abstract




FPGA DESIGN Center9

Requirements definition | Use cases

Customer Enquiry

Free Commercial Offer Creation

Hardware Production HDL Implementation System Software Implementation

System Deployment

Concept Engineering

Detailed Hardware Design Detailed HDL Design Detailed Software Design

System Integration & Test

Requirements Engineering

Project Preparation

System Maintenance

Hardware Bringup & Test HDL Integration & Test Software Integration & Test

» Our Development Process

FPGA DESIGN Center

Project team setup | Project management setup | Kick-off

Purchase Order

Maintenance | Support | Follow-up projects

Customer Acceptance

Integration of building blocks | Top-level tests and simulation Design documentation update | Peer reviews

Rough concept | Feasibility evaluation | Risk analysis Rough effort/cost estimation

Detailed design of building blocks | Design documentation Peer reviews

System integration (HW, HDL and SW) | System-level tests Design documentation update

Project scope | Project schedule | Binding effort/cost estimation

Implementation of building blocks | Block-level tests and simulation | Design documentation update | Peer reviews

Release creation and delivery | Customer training Customer acceptance tests

10

» Contact

USAKevin McCluskeyUSA Representative+1 978 835 3941

Asia聂崇岭 | Chongling Nie 中国区代表 | China Representative+86 138 1116 3451

GermanyKlaus Schwan Sales Representative Germany+49 (0) 8095 870977

Germany/FranceGuy EschemannSales and Engineering Representative Germany+49 (0) 7851 6366305

Enclustra GmbHRäffelstrasse 28

8045 ZürichSwitzerland

+41 43 343 39 43 [email protected]

11Copyright © 2018 Enclustra GmbH. All rights reserved.

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