This LTE UE Reference design is a Category NB UE. Using this Reference Design, OEMs and Silicon designers can develop modules and chip versions. LTE UE supports most of the significant & mandatory features specified by 3GPP Release 14 versions of Narrow band specifications.
RF Conformance:
3GPP 136 521-1 Test cases Compliance
Inter working with Keysight & R&S Test & Measurement Equipment
Platform Mapping:
Solution availability on Cadence Fusion F1 DSP, Synopsys ARC, ARM processor cores
Digital Front End as RTL IP
Integrated with PCS CAT-NB RF Transceiver
Integrated with Sensor Application
Narrow band - IoT Release-14 e-NodeB PHY. (L1) IP
Overview
Key Features
- 3GPP Rel-14 Cat-NB UE Solution
- FDD Support
- Single Antenna Tx and Rx
- 200 KHz Bandwidth
- Standalone, In-band and Guard-Band modes of operation
- 15KHz and 3.75 KHz Subcarrier spacing support
- Single Tone and Multi Tone UL
- DL Repetition upto 2048 with all Gap Threshold configurations supported
- UL Repetition upto 128
- Paging with Repetition
- 2 HARQ in DL and UL
- Coverage level 0,1 and 2
- AGC Implemented in Firmware
- AFC support for higher ppm clock offsets and compensation in Firmware
- Differential Coherent Combining for Sync Channel Detection
- Coherent Combining for Repetition Mode
- Integrated with COTS RF & 3rd Party NB-IoT RF
- Interop with eNodeB and T&M equipment
- Protocol Specific Features:
- CIoT Control plane and User plane optimization
- Power Saving Mode
- eDRX
- Multiple data bearers (0/1/2)
- Intra and Inter Frequency Cell Reselection
- NAS and AS security with Snow 3G algorithm
Technical Specifications
Availability
Immediate
Related IPs
- Narrow band - IoT Release-14 UE PHY. (L1) IP
- Narrow band - IoT Release-14 e-NodeB Protocol Stack (L2-L3) Software IP
- Narrow band - IoT Release-14 UE Protocol Stack (L2-L3) Software IP
- Narrow band - IoT Ultra-Low power UE RF Transceiver IP
- Die-to-Die, High Bandwidth Interconnect PHY Ported to TSMC N5 X24, North/South (vertical) poly orientation
- Die-to-Die, High Bandwidth Interconnect PHY Ported to TSMC N7 X24