5G in LTE PHY Lab

Product presentation

5G in LTE PHY Lab Overview

5G in LTE PHY Lab is a link-level simulation tool running under MATLAB

environment.

LTE PHY Lab was the first library for MATLAB to implement LTE-Advanced

features. Currently it is the first library to implement 5G waveforms, such as

UFMC.

UFMC waveform from:

Main Applications

The software can be used by ODM, OEM, Chip manufacturers, Protocol

Stack Developers, Operators, Research Institutes, Universities and

Training Companies.

Main Applications:

• Research – Testing waveforms and channel processing performance

• Prototyping – Development and verification of proprietary LTE

algorithms

• Implementation – Providing golden-reference waveforms

• System benchmarking – Verification of the waveforms with 3GPP

OFDM and SC-FDMA

• Testing and Verification – Prototyping functions verification against

LTE PHY Lab reference

5G in LTE PHY Lab architecture and deliverables

Deliverables: • LTE PHY Lab is delivered as a Toolbox operating under MATLAB environment, • It consists of m-, mex- and p-files, which are logically structured to reflect the hierarchical

architecture of PHY processing, • Substantial parts of the code are open for the customer modification, • All functions have well-defined interfaces with described parameters, which make it

possible to replace them with proprietary customer’s implementation.

Technical Specification Summary

• 5G capabilities: – Environment for developing novel waveform

– UFMC transmitter and receiver

• LTE capabilities: – Physical layer models of 3GPP Release 8, 9 and 10 E-UTRA physical layer

– Downlink and uplink (including RACH) support

– OFDMA and SC-FDMA end-to-end processing

– MIB / DCI generation and decoding

– Feedback generation and decoding (CQI, PMI, RI estimation)

– Channel models included (AWGN, SUI, E-UTRA 3GPP TS 36.101)

– Support for MIMO (SM (SU-MIMO), TX diversity)

– Signal decoding:

– RX functionalities including synchronization, channel estimation / correction

– Cooperation with popular SDR hardware, including USRP (APIs for signal recording)

– Demodulation and decoding of LTE signals from a file

– Usage:

– Use case scenarios (e.g. UL feedback generation, system sync procedure)

– Graphical User Interface (GUI)

Example User Experience #1

LTE PHY Lab GUI Overview

Example User Experience #2

LTE PHY Lab time and frequency results

What LTE PHY Lab can do for you?

Shorten your time-to-paper

Reduce the risk of developing new products and networks

Visualize and analyze your data

IS-Wireless Company overview

• IS-Wireless is a globally operating Polish software developer and IP

provider specializing in advanced solutions for wireless systems.

• IS-Wireless develops 4G and 5G algorithms, protocols and tools that

are targeted primarily at early technology adopters including ODMs,

OEMs, chip vendors and operators.

Founder and CEO

Ownership

Location

Industry

Products

Services

Web

COMPANY FACTS Slawomir Pietrzyk

Privately held

Piaseczno near Warsaw, Poland, EU

Wireless communications

Software: protocols and simulators, IP: algorithms and know-how

Technical courses, wireless systems design

www.is-wireless.com

For more information visit:

www.is-wireless.com/5g-in-lte-phy-lab