The BA421, BA422 and BA423 (ZUC, KASUMI and SNOW_3G) IP cores are 3GPP ciphers for telephony applications. Our cores are optimized for applications requiring high performance with optimized silicon resources. Our 3GPP cores are all optimized for maximum throughput and minimum latency.
The unique architecture of our 3GPP IP cores enables a high level of flexibility. The throughput and features unique to each application can be taken into account in order to select the most optimal configuration of the implemented IP. The IP cores are able to achieve a throughput of several tens of Gbit/s when driven at corresponding frequencies and resource usage.
Standardized Axi-4 I/O simplifies system integration. All our IP cores are delivered with software drivers to simplify ASIC or FPGA integration.
The 3GPP IP cores are available for ASIC and FPGA devices (Altera, Xilinx, Microsemi).
- Supports EEA3 and EIA3
- 8 or 32 bits/cycle
- Supports f8/UEA1, f9/UIA1, GSM A5/3, ECSD A5/3, GEA3, GSM A5/4, ECSD A5/4, GEA4
- Supports UEA2 and UIA2
- 8 or 32 bits/ycle
- Compliant with ETSI specifications
- Hashing functions included
- AXI-4 stream IO
- Optional DMA
- AMBA AHB or AXI master for data
- AMBA APB for configuration
- 3GPP telephony
- Secure mobile communications
Block Diagram of the 3GPP security - SNOW_3G