The Many Dimensions of SDR Hardware
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- Joel Miller
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1 The Many Dimensions of SDR Hardware Plotting a Course for the Hardware Behind the Software Sept 2017 John Orlando Epiq Solutions LO RFIC
2 Epiq Solutions in a Nutshell Schaumburg, IL EST 2009 N. Virginia EST 2016 How we help our customers Develop and deliver SDR transceiver building blocks that radically reduce our customer's SWaP and time to market Develop and deliver turnkey wireless sensing solutions to provide detailed insight into wireless networks and devices operating in areas of interest Sidekiq Matchstiq
3 Trying to understand SDR specs is like...
4 Many-Dimensional Space of SDR
5 Many-Dimensional Space of SDR Physical Form Factor RF tuning range CPU Options Sample Rate Sample Bit Width FPGA Options External Interfaces Internal Interfaces Instantaneous Bandwidth Soft ware APIs
6 Outline for Today Five Key SDR Hardware Parameters: 1) Form Factor 4) Interface 2) RF Tuning Range 5) CPU Class 3) Data Converters What are the options available today? What you should be thinking about when developing a system? What is coming down the pike tomorrow?
7 Form Factor
8 Quadratiq USRP X310 CUSTOM RACK MOUNTED Form Factor USRP E310 STANDARD CARD Matchstiq S10 Maveriq HackRF MiniPCIe Sidekiq Family FMC (VITA 57.1) M.2 LimeSDR
9 Form Factor Industry Trends 3U/6U VPX STANDARDS! M VITA 57.4 (FMC+)
10 RF Tuning Range RFIC based Analog Devices AD9361: 70 MHz to 6 GHz Analog Devices AD9371: 300 MHz to 6 GHz Lime Micro LMS7002: 100 KHz to 3.8 GHz Discrete designs Direct RF Sampling Superheterodyne covering 2 MHz to 6 GHz DC to 2 GHz (with caveats) Block up/down converter + RFIC Best of both worlds 1 MHz to 6 GHz Matchstiq S12 Sidekiq X2
11 RF Tuning Range Industry Trends RFIC based DC to 6-12 GHz Future RFICs What about higher? 28+ GHz for 5G Hybrid block up/down converter + RFIC What about higher-er? 60 GHz to 85 GHz Hybrid block up/down converter + RFIC RFIC 28 GHz to 85 GHz RF LO
12 Data Converters Current RFICs have integrated data converters AD9361: Up to Msps, 12-bit A/D, 12-bit D/A, parallel interface LMS7002: Up to Msps, 12-bit A/D, 12bit D/A, parallel interface AD9371: Up to Msps, 16-bit A/D, 14bit D/A, serial interface (JESD204b) Discrete A/D and D/A converters 16-bit for IF sampling (up to 100s of Msps) 12-bit for direct RF sampling (up to 4 Gsps) JESD204b most common interface these days ENOB!
13 Data Converters Industry Trends RFICs 100s of Msps Topping out at 16-bits Serial interface (JESD204b) Future RFICs Fully integrated into FPGA Xilinx RFSoC FPGA fabric + multi-gsps A/D and D/A converters in single chip 2/4/8/16 channels No JESD204b to worry about Same challenges as any direct RF sampling solution CPU + Custom Logic
14 Interfaces PCIe Fast (up to 16 Gbps per lane), low latency, scalable Optimized/efficient transport Typically an edge connector interface Focused on generic data transport PCIe PCIe PCIe Ethernet Fast (10 Gbps), medium latency, scalable Bulky connectors + cables (SFP+) Focused on networking use-case 10 GbE USB 3.0/3.1 Fast (5/10 Gbps), higher latency, difficult to scale Typically a cable interface Focused on consumer use-cases and peripherals (cameras, data storage, etc) USB 3.0
15 Interfaces Industry Trends PCIe all day long Gen5 hits 32 Gbps per lane (2019) Thunderbolt 3 Cabled PCIe for the masses! Baked into USB-C connector Up to 40 Gbps (well, 32 Gbps for PCIe... 4 lanes x 8 Gbps) Daisy-chain multiple devices with single host Ethernet 10 GbE over RJ45 Laptops need to catch up 40G/100G +
16 CPU Classes Key architectural questions for SDR usage Core CPU processing capability (SIMD options?) I/O options to move data in/out of the CPU Memory architecture (cache, RAM, and non-volatile) Lots of others, but these are the big ones ARM Dual-core ARM (Zynq) Single/dual/quad/octo core solutions 1W 10W typical power consumption Ex: NXP (formerly Freescale) i.mx6 and i.mx7 Ex: Xilinx Zynq and Zynq Ultrascale System on Chip Quad core ARM (i.mx6) Intel x86 Quad core x86 Solutions from 1 to 24 cores 4W to 70W+ Better support for GPU usage Ex: Atom Apollo Lake (1-4 cores) family very power efficient with familiar x86 SIMD extensions 12 core x86
17 CPU Classes Industry Trends Companies continue to experiment with massive multi-core Ex: Adapteva Epiphany CPU, Ceva DSP, others Still no formidable traction Same old same old? ARM and x86 will continue to lead the charge 4-8 cores seems to be the sweet spot AMD Ryzen Threadripper (8/12/16 core x86) GPU additions continue to improve Intel recently shuttered their really interesting low power integrated CPU module business (Joule, Galileo, Edison)
18 Summary SDR world offers more variables now than ever before Platform variables/options are numerous, making objective comparisons challenging This is just the tip of the iceberg, but it is a start... Let's look at some concrete examples
19 Sidekiq M.2 Form Factor: Standard M card 30mm x42mm x 4mm AD9361 RFIC + Xilinx Artix 7 FPGA (XC7A50T) RF Tuning Range: 70 MHz 6 GHz 2x2 MIMO capable transceiver Data Converters: Between 200 Ksps and Msps Interface: Gen2 PCIe x1 interface to host External PPS and reference clock input options MiniPCIe Typical power consumption: 2W (application dependent) Supported by libsidekiq API and gr-sidekiq M.2
20 Sidekiq M.2 block diagram
21 Sidekiq Deployment Options Up to 6 cards Up to 8 cards
22 Sidekiq X2 Form Factor: VITA 57.1 FMC card form factor 84mm x 69mm x 8.5mm Based on Analog Devices' AD9371 RFIC RF Tuning Range: 1 MHz to 6 GHz Multiple RF interfaces Phase coherent Rx pair (common LO) Third independently tunable Rx Phase coherent Tx pair Data Converters: 16-bit A/D, 14-bit D/A Up to 100 MHz RF bandwidth per channel Integrated Rx pre-select filters 10 MHz + PPS input on front panel Power consumption: 4W 10W (application dependent) Supported by libsidekiq API and gr-sidekiq
23 Sidekiq X2 Block Diagram
24 Sidekiq X2 Deployment Options Sidekiq X2 Thunderbolt 3 Platform 726K LEs, 2760 DSP slices, 38 Mb BRAM Thunderbolt3 Chassis for PCIe carrier PCIe Gen3 x4 interface to host laptop/nuc/desktop PC replaces 10 GbE Low latency PCIe DMA directly to host system memory + Interface: FMC PCIe carrier card with Xilinx Kintex Ultrascale KCU060 FPGA Msamples/sec * 4 bytes/sample * 3 Rx channels = ~1500 MB/sec (12 Gbits/sec) Thunderbolt 3 3U VPX carrier card Xilinx Zynq Ultrascale+ ZU9EG (quad-core ARM + FPGA) 600K LEs, 2520 DSP slices, 32 Mb BRAM 3U VPX 4 GB DDR4 RAM Supports conduction and convection cooled options
25 Sidekiq MiniPCIe Questions? Sidekiq X2 THANK YOU! Sidekiq M2 Epiq Solutions Maveriq Matchstiq Sx0
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