logotype
  • Home
  • News
  • Products & Services
    • Products
      • AQLite™ Signal Analyzer
      • AQLite™ Signal Generator
      • LTE Framework™
      • T-Con™ Tap and Connect
      • MINDS™ Meshed and Internet Networked Devices System
      • eFisheries
      • WiMax Baseband Chipset
      • WiMax Base Station
      • WiMax Subscriber Station
      • LTE Smallcell
      • Sensors
      • Morphological Processor
  • Laboratories
    • Research Labs
      • System Laboratory
      • IC Design Laboratory
      • IC Processing Laboratory
      • Manufacturing Laboratory
    • Teaching Factory
    • Infrastructure
  • Research
  • People
  • Activities
    • Programs
    • Achievements
      • Awards
      • Grants
    • Conferences
    • Electronics Design Contest
    • Exhibitions
    • Event
      • ITB Cloud Computing Bootcamp powered by AWS Educate and sponsored by GO-JEK
Get in Touch
logotype
  • Home
  • News
  • Products & Services
    • Products
      • AQLite™ Signal Analyzer
      • AQLite™ Signal Generator
      • LTE Framework™
      • T-Con™ Tap and Connect
      • MINDS™ Meshed and Internet Networked Devices System
      • eFisheries
      • WiMax Baseband Chipset
      • WiMax Base Station
      • WiMax Subscriber Station
      • LTE Smallcell
      • Sensors
      • Morphological Processor
  • Laboratories
    • Research Labs
      • System Laboratory
      • IC Design Laboratory
      • IC Processing Laboratory
      • Manufacturing Laboratory
    • Teaching Factory
    • Infrastructure
  • Research
  • People
  • Activities
    • Programs
    • Achievements
      • Awards
      • Grants
    • Conferences
    • Electronics Design Contest
    • Exhibitions
    • Event
      • ITB Cloud Computing Bootcamp powered by AWS Educate and sponsored by GO-JEK
Get in Touch
  • Home
  • News
  • Products & Services
    • Products
      • AQLite™ Signal Analyzer
      • AQLite™ Signal Generator
      • LTE Framework™
      • T-Con™ Tap and Connect
      • MINDS™ Meshed and Internet Networked Devices System
      • eFisheries
      • WiMax Baseband Chipset
      • WiMax Base Station
      • WiMax Subscriber Station
      • LTE Smallcell
      • Sensors
      • Morphological Processor
  • Laboratories
    • Research Labs
      • System Laboratory
      • IC Design Laboratory
      • IC Processing Laboratory
      • Manufacturing Laboratory
    • Teaching Factory
    • Infrastructure
  • Research
  • People
  • Activities
    • Programs
    • Achievements
      • Awards
      • Grants
    • Conferences
    • Electronics Design Contest
    • Exhibitions
    • Event
      • ITB Cloud Computing Bootcamp powered by AWS Educate and sponsored by GO-JEK
logotype
logotype
  • Home
  • News
  • Products & Services
    • Products
      • AQLite™ Signal Analyzer
      • AQLite™ Signal Generator
      • LTE Framework™
      • T-Con™ Tap and Connect
      • MINDS™ Meshed and Internet Networked Devices System
      • eFisheries
      • WiMax Baseband Chipset
      • WiMax Base Station
      • WiMax Subscriber Station
      • LTE Smallcell
      • Sensors
      • Morphological Processor
  • Laboratories
    • Research Labs
      • System Laboratory
      • IC Design Laboratory
      • IC Processing Laboratory
      • Manufacturing Laboratory
    • Teaching Factory
    • Infrastructure
  • Research
  • People
  • Activities
    • Programs
    • Achievements
      • Awards
      • Grants
    • Conferences
    • Electronics Design Contest
    • Exhibitions
    • Event
      • ITB Cloud Computing Bootcamp powered by AWS Educate and sponsored by GO-JEK
LTE Framework™
HomeProductsLTE Framework™

[URIS id=2133]

Overview

LTE Framework™ is a complete LTE Physical layer development SDK on Visual Studio and Code Composer Studio (CCS) / DSP. It implements the LTE physical layer according to 3GPP Standard Release 8 & 9 for Evolved Universal Terrestrial Radio Access (E-UTRA). It is a fast solution to understand all signals processing inside the LTE standard. Therefore, it will significantly reduce the development time and cost.

Key Benefit

  • 3GPP standard releases 8 and 9 fully compliant for LTE Physical Layers (PHY).
  • Entirely Software Defined, Easy to Customize and Upgrade.
  • Designed in ANSI C.
  • Verified using standard Signal Measurement equipments (i.e. AMU, FSQ, and CMW5000)
  • Can be directly mapped into hardware logic.
  • Optimized for DSP platform.
  • Quick Time-to-Market and Low Risk.
  • Modular Design (Ease HW/SW Partitioning)
  • Complete C/C++ Source/Object Code
  • API Interface is based on Queuing (Ease L2/L3 integration)

Features

Specification

  • 3GPP Releases 8 and 9 with a roadmap to Release 10.
  • SISO in FDD mode.
  • Both DL and UL implemented.
  • All physical channels implemented (PBCH, PCFICH, PDCCH, PDSCH, PHICH, PSS/SSS, SRS, PRACH, PUCCH, PUSCH).
  • All transport channels implemented (BCH, DLSCH, ULSCH, RACH).
  • All control information supported (DCI, CFI, HI, UCI).
  • All physical signals supported.
  • HARQ control.

Develpment Tools

LTE Framework™ is Run on any major IDE

  • Visual Studio
  • Eclipse
  • Code Composer Studio
  • Pre-optimized for DSP
  • Included DSP examples:
  • DSP-to-FPGA communication using Serial Rapid IO v2.1 (up-to 20Gbps)
  • DSP-to-Ethernet (CPU) communication

Protocol (L1/L2)

Using LTE Framework™, many research on implementation can be done, for example:

  • LTE L2/L3 implementation on realtime embedded system
  • LTE Throughput performance evaluation
  • Dynamic Radio Resource Management technique
  • VoIP implementation on LTE
  • Etc.

Home

Pages

Projects

News

Contacts

Copyright © 2019 Microelectronics Center ITB.

Telegram-planeFacebook-fTwitterInstagram