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Massive MIMO – Part 4: Massive MIMO and small cells, the next generation network

October 15th, 2014|0 Comments

In this series: Massive MIMO – Part 1. Introduction: From theory to implementation Massive MIMO – Part 2: A few lessons learned from asymptotic information theoretic analysis Massive MIMO – Part 3: Capacity, coherence time and hardware [...]

Massive MIMO – Part 3: Capacity, coherence time and hardware capability

October 15th, 2014|0 Comments

In this series: Massive MIMO – Part 1. Introduction: From theory to implementation Massive MIMO – Part 2: A few lessons learned from asymptotic information theoretic analysis Massive MIMO – Part 4: Massive MIMO and small cells, [...]

Massive MIMO – Part 1. Introduction: From theory to implementation

October 15th, 2014|0 Comments

In this series: Massive MIMO – Part 2: A few lessons learned from asymptotic information theoretic analysis Massive MIMO – Part 3: Capacity, coherence time and hardware capability Massive MIMO – Part 4: Massive MIMO and small [...]

Massive MIMO – Part 2: A few lessons learned from asymptotic information theoretic analysis

October 15th, 2014|0 Comments

In this series: Massive MIMO – Part 1. Introduction: From theory to implementation Massive MIMO – Part 3: Capacity, coherence time and hardware capability Massive MIMO – Part 4: Massive MIMO and small cells, the next generation network [...]

Integrating Custom IP Cores in Nutaq Design Flow: Part I

July 19th, 2016|0 Comments

Nutaq provides its customers with two different design flows, namely, Model-Based Design Kit (MBDK) and Board Software Development Kit (BSDK). For each of these design flows, Nutaq provides custom block-sets (MBDK) and IP cores (BSDK), [...]

IEEE Paper – Carrier Frequency and Sampling Rate Offsets Effect on Sub 6 GHz Massive MIMO

June 17th, 2016|0 Comments

Nutaq's Messaoud Ahmed-Ouameur and his team just released his latest IEEE paper that has been published in Nordic Circuits and Systems Conference (NORCAS): NORCHIP & International Symposium on System-on-Chip (SoC), 2015   Abstract Hardware impairments [...]

Video: PicoLTE with GPS-Disciplined Clock

May 20th, 2016|0 Comments

In this video, we use GPS signal to discipline the onboard clock used in PicoLTE. Video Transcript Hello and welcome. In this video, we will use GPS signal to discipline the [...]

Video: From LTE Advanced Release 13 to 5G Using Matlab’s LTE Toolbox & PicoSDR 8×8

May 17th, 2016|0 Comments

The following demo showcases MIMO uplink processing of real world eNB downlink signal using 2D antenna array with 16 elements. The 20MHz LTE signal at 2.21GHz is recorded using the second gen PicoSDR from Nutaq [...]