Sector Overview
Domain
Velocity of
Discuss Your Project
Infrastructure
High-speed data processing and network infrastructure solutions for 5G, 6G, and software-defined radio platforms.
400 Gbps
Latency
Domain
Mastery.
5G/6G Base Station Design
Software-Defined Radio (SDR)
Network Packet Processing
Fiber Optic Interface Electronics
Edge Computing Nodes
Network Synchronization Systems
Velocity of
Innovation.
High-Speed Design
SerDes, PCIe Gen5, and 112Gbps PAM4 interface engineering.
SDR Platforms
FPGA-based software-defined radio for flexible protocol support.
Timing Precision
IEEE 1588 PTP and SyncE for nanosecond-level synchronization.
400 Gbps
Data Throughput
<1ms
Latency
500+
Deployments
3GPP
Standards Compliance
Deep Tech FAQ
What data throughput can your 5G base station designs achieve?+
Our reference architectures support up to 400 Gbps switching capacity with 64T64R massive MIMO, fully compliant with 3GPP Release 18 specifications.
Do you develop software-defined radio solutions?+
Yes. We build SDR platforms on Xilinx and Intel FPGA families supporting flexible waveform generation, spectrum monitoring, and protocol-agnostic signal processing for both commercial and defense applications.
How do you handle network timing and synchronization?+
We implement Grandmaster clocks with IEEE 1588 PTP and SyncE, achieving sub-nanosecond synchronization accuracy across distributed base station and edge computing nodes.
ChipTalk.AI Advantage
ChipTalk's telecommunications expertise spans 5G/6G base station electronics, software-defined radio platforms, high-speed optical interface design, and network synchronization systems. Our engineers have contributed to standards-compliant implementations deployed across telecom infrastructure globally.
Related Engagements
01
5G Small Cell Radio Unit
Designed the digital/analog interface board for a 5G NR small cell, integrating a Xilinx RFSoC with 4×4 MIMO, achieving 1 Gbps peak throughput in a compact form factor.
02
Optical Transport Platform Timing Module
Developed a Grandmaster clock timing module with IEEE 1588 PTP and SyncE, achieving <30 ns synchronization accuracy across a carrier-grade optical transport network.
We design for the standard, not the prototype. Our telecom hardware and firmware are built against 3GPP, ITU-T, and IEEE specifications from the start, with conformance test plans integrated into the development cycle—not added at the end.