Table of Contents
Hardware Requirements (Readme)
Current OpenAirInterface.org software requires Intel architecture based PCs for the eNB or UE targets. This requirement is due to optimized DSP functions which make heavy use of integer SIMD instructions (SSE, SSE2, SSS3, SSE4, and AVX2). The software has currently been tested on the following processor families:
- Generation 3/4/5/6 Intel Core i5,i7
- Generation 2/3/4 Intel Xeon
- Intel Atom Rangeley, E38xx, x5-z8300
In order to support full SISO throughput (75Mbps DL/ 18Mbps UL) at least 4 cores are required. Here are some example configurations that work well for both eNB and UE:
- Intel® Core™ i5-6600K CPU @ 3.50GHz × 4
- Intel® Core™ i5-6600 CPU @ 3.30GHz × 4
- Intel® Core™ i7-8700 CPU @ 3.20GHz × 6
Note: When running the software on virtualized environment (containers, VMs), make sure that the access to the RF interface is granted (e.g. passthru) and CPU flags are set. In addition, make sure that low latency kernel is installed when using VMs and that enough CPUs processing is available.
Specific hardware and operating-system constraints are required for real-time operation using various hardware targets. Currently these targets/constraints are:
- EURECOM's ExpressMIMO2 PCIe card requiring a PC with a free 8/16-way PCIe slot. With an appropriate adaptor the card can function in a 1-way PCIe slot or ExpressCard slot in a laptop.
- NI/Ettus USRP B200/B210 USB3 radio card requring a PC with a free USB3 port. Please verify here that you do not use an incompatible USB chipset.
- BladeRF over USB3 port.
- LimeSDR over USB3 port.
- Ethernet transport (IQ samples over ethernet) requires a PC with a fast ethernet port (10G or more, eNB/RRH -> done, UE functionality under development).
UE/Sim Card Requirements
Sim Card and UE Information regarding working configurations is located here: SimCardConfig
Supported RF
-
BladeRF http://nuand.com/
-
LimeSDR http://limesdr.org/
-
EURECOM EXPRESSMIMO2 RF, http://openairinterface.eurecom.fr
Duplexer
The following list of duplexers are known to work within the OAI community.
Duplexer model for several bands sold by TELMAT on behalf of EURECOM. For more information on purchase/technical specs, OAI_duplexers_and_RF_solutions-4web.docx. For more info, http://www.expressmimo2.com/
Example Duplexer model for Band 7 (2600 MHz): (not in production anymore)
- Manufacture: BL Microwave
- Description: Duplexers
- P/N: DUCE2655/2655-70/70
- No.: C0910106-1
The detailed specs can be found here.
RF Cage Model
Since, LTE always operates in licensed band, we never recommend to do Over the air testing. The commercial cells nearby will always interfere with OAI and impact its performance negatively. You can also be fined by local authorities for transmitting into licensed band without authorization. We recommend using the RF cage below for testing or similar products
- Ramsey STE 2300, http://www.ramseytest.com/product.php?pid=3
List of High power HW/CPU platforms on which OAI has been tried successfully
- NUC i5 (NUC5i5MYHE), http://www.intel.com/content/www/us/en/nuc/nuc-kit-nuc5i5myhe-board-nuc5i5mybe.html
- Gigabyte GB-BXi5-4570R-BW, http://www.gigabyte.com/products/product-page.aspx?pid=5821#ov
- Superserver X11SSL-F, https://www.supermicro.com/products/motherboard/Xeon/C236_C232/X11SSL-F.cfm
- Dell Precision Tower 5810, http://www.dell.com/us/business/p/precision-t5810-workstation/pd
List of Small form factor/low power HW/CPU platforms on which OAI is being tried for NGFI RRH (experimental)
- For more information on NGFI RRH whitepaper, http://www.openairinterface.org/?page_id=1695
- NGFI RRH tutorial, https://gitlab.eurecom.fr/oai/openairinterface5g/wikis/how-to-connect-cots-ue-to-oai-enb-via-ngfi-rru
- COMMELL LP 173, http://www.commell.com.tw/product/SBC/LP-173.HTM
- Pico ITX, http://www.seco.com/prods/eu/form-factor/pico-itx-10x72cm/sbc-a44-pitx.html
- Congatech Pico ITX, http://www.congatec.com/en/products/pico-itx.html
- UP Board, http://www.up-board.org/