Network Architecture
Multi-layer topology design, traffic engineering, and capacity planning for carrier and data-centre networks.
- Leaf-spine & Clos topologies
- MPLS / Segment Routing
- Traffic modelling & simulation
- High-availability design
Engineering the future of connectivity
From ASIC and FPGA development to high-speed PCB design — we deliver end-to-end hardware & software solutions for advanced networking infrastructure.
Tejas Labs is a Dutch engineering firm specialised in custom hardware design for high-speed networking. We partner with telecom operators, data-centre providers, and enterprise customers to architect solutions that push the boundaries of performance.
We design ASICs, FPGAs, and high-speed PCBs with signal integrity up to 112 Gbps PAM4, leveraging the latest process nodes and simulation tools.
Our team covers the entire stack — from RTL design and verification to embedded firmware, network protocols, and management-plane software.
We adhere to IEEE, IETF, and MEF standards, and deliver solutions compliant with NEBS, ETSI, and carrier-grade reliability requirements.
End-to-end design, development, and validation tailored to your specific use case and deployment environment.
Multi-layer topology design, traffic engineering, and capacity planning for carrier and data-centre networks.
Custom silicon and programmable logic for packet processing, encryption, and high-speed data planes.
Multi-layer board design with rigorous signal- and power-integrity analysis for 25G–800G interfaces.
Real-time firmware, device drivers, and boot-chain software for custom networking hardware.
Hardware-anchored security, cryptographic engine integration, and regulatory certification support.
Software-defined networking controllers, P4-programmable data planes, and network orchestration.
A structured, collaborative methodology that de-risks development and accelerates time-to-market.
We work with your team to define specifications, select technologies, and create a high-level architecture.
Detailed circuit design, FPGA RTL development, and pre-layout signal-integrity simulation.
Rapid PCB prototyping, FPGA bring-up, and comprehensive lab validation against your test plan.
Firmware, drivers, and management-plane software integrated and tested on the target hardware.
Regulatory pre-compliance, documentation, and a smooth transition to your manufacturing or operations team.
We stay vendor-agnostic and select the best tools for each project.
Tell us about your requirements and we'll get back to you within one business day.
Send us an email and we'll respond within one business day.
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