LimeSDR-Core SDR: Difference between revisions

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| RF connectors || two SMA female jack
| RF connectors || two SMA female jack
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| Power Output2 || up to 23 dBm ???
| Power Output<sup>1</sup>|| up to 23 dBm ???
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|-
| Noise figure3 || 0.6 dB
| Noise figure<sup>2</sup> || 0.6 dB
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|-
| LTE band support4 || 2 FDD and 1 TDD
| LTE band support<sup>3</sup> || 2 FDD and 1 TDD
|-
|-
| MIMO || 2 x 2
| MIMO || 2 x 2
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1 SDR programmable frequency range
<sup>1</sup> LTE modulated output
2 LTE modulated output
3 input stage only, optimized for 2.6 GHz
4 two FDD and one TDD band support with a single front end board. Band selection done via software. A wide front-end board configuration list.


* Customers are reminded that any equipment that transmits wireless signals needs to comply with the relevant regulations for that region. This may require that the final equipment is submitted for testing and verification.
<sup>2</sup> input stage only, optimized for 2.6 GHz


<sup>3</sup> two FDD and one TDD band support with a single front end board. Band selection done via software. A wide front-end board configuration list.
<sup>*</sup> Customers are reminded that any equipment that transmits wireless signals needs to comply with the relevant regulations for that region. This may require that the final equipment is submitted for testing and verification.


== Getting Help ==
== Getting Help ==

Revision as of 11:26, 4 September 2019

LimeSDR-Core SDR Board

Software defined radio (SDR) and flexible front end– LimeNET CrowdCell builds upon the ground-breaking LimeSDR software-defined radio technology to deliver an app-enabled path covering any standard from IoT to 5G. Use of Limes SDR platform provides the most flexible radio hardware solution that enables LimeNET CrowdCell to be setup in numerous varieties of small-cell configurations. Thus, it is an on-demand network solution, where services could easily shift to data, voice, IoT or any other Telco centric services. LimeNET CrowdCell comes pre-equipped with a flexible front-end module that provides signal duplexing, filtering and amplification.

Features and Specifications

Feature Description
RF Transceiver Lime Microsystems LMS7002M MIMO FPRF
FPGA Intel (Altera) Cyclone IV (EP4CE40F23C8N)
Memory 256 MBytes DDR2 SDRAM
USB 3.0 controller Cypress FX3 (CYUSB3014)
RF frequency range1 10 MHz – 3.8 GHz
Bandwidth up to 61.44 MHz
RF connectors two SMA female jack
Power Output1 up to 23 dBm ???
Noise figure2 0.6 dB
LTE band support3 2 FDD and 1 TDD
MIMO 2 x 2
Dimensions without connectors 125mm x 65mm

1 LTE modulated output

2 input stage only, optimized for 2.6 GHz

3 two FDD and one TDD band support with a single front end board. Band selection done via software. A wide front-end board configuration list.

* Customers are reminded that any equipment that transmits wireless signals needs to comply with the relevant regulations for that region. This may require that the final equipment is submitted for testing and verification.

Getting Help

If you have questions, the MyriadRF Discourse is a best place to ask for help.

Documentation

Board Design Files

Here are links to the schematic, PCB project and BOM:

LimeSDR-Core SDR v1.1

File:LimeSDR-CORE SDR 1v1 schematic r0.PDF