Architecture before RTL
Turn performance, latency, interface, clocking, and resource constraints into an implementable FPGA architecture.
Engineering capability
FPGA Design and Verification
Architecture, RTL development, verification, integration, and technical review for programmable-logic systems across major FPGA ecosystems.
Problems we solve
Focused engineering for the points where projects get stuck
Engage LTL for one defined technical problem or for coordinated delivery across the complete scope.
High-speed interface integration
Implement and connect LVDS, DDR, Ethernet, USB, PCIe, JESD204, serial-control, and industrial data paths.
Timing and clock-domain risk
Resolve timing-closure, clock-domain-crossing, reset, synchronization, and data-alignment problems.
Existing-design recovery
Review, debug, optimize, or extend an FPGA design that is incomplete, unstable, or insufficiently documented.
What you receive
Engineering deliverables prepared for continuation
The exact release package follows the agreed scope, with source files, evidence, instructions, and revision records included where applicable.
- ✓FPGA architecture and interface definition
- ✓Version-controlled RTL source
- ✓Testbenches and simulation assets
- ✓Timing and pin constraints
- ✓Build and programming instructions
- ✓Verification results and release documentation
Technical scope
Practical capabilities
Work is organized around defined technical milestones and adapted to the target platform, available evidence, and project stage.
- ✓RTL architecture and development
- ✓VHDL, Verilog, and SystemVerilog
- ✓Simulation and testbenches
- ✓Timing closure
- ✓Clock-domain crossing
- ✓Reset architecture
- ✓Interface implementation
- ✓IP integration
- ✓Existing-design review
- ✓Target-hardware validation
Example applications
Where this capability fits
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High-speed data acquisition
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Scientific instrumentation
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Real-time control
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Interface conversion
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Custom evaluation platforms
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Embedded vision and sensing
Engagement options
From one work package to complete delivery
Start at the stage where specialist support creates the most value, without forcing an unnecessary full-project scope.
Architecture and review
Define a new architecture or assess an existing design before implementation continues.
RTL work package
Deliver a contained module, interface, processing block, or verification package.
Debug and integration
Resolve target-hardware, timing, alignment, control, or system-integration problems.
End-to-end FPGA delivery
Carry the programmable-logic scope from requirements through verified release and handover.
Development process
A defined sequence from requirements to release
- 01
Define requirements and interfaces
- 02
Select architecture and verification strategy
- 03
Implement RTL and testbenches
- 04
Integrate and close timing
- 05
Validate on target hardware
Repeatable delivery
Engineering quality from design through handover
Written technical control, design review, versioned development, verification, documented release, and post-delivery support.
Read the quality framework ↗Related verified work
FPGA-Based High-Speed ADC Acquisition Platform
An end-to-end data-acquisition platform that receives all eight serial-LVDS outputs from an AD9222 evaluation board, reconstructs 12-bit samples in FPGA logic, and moves captured data through embedded Linux to a host computer over Ethernet.
- 8
- simultaneous ADC channels
- 12-bit
- reconstructed sample width
- 65 MSPS
- validated per channel
Related hardware
Boards and adapters
LTL-ADA-101
HSMC to Tyco Adapter
Connects HSMC-equipped FPGA development boards to the AD9222 evaluation board for high-speed LVDS data acquisition.
View details ↗LTL-ADA-102HSMC to GPIO Adapter
Expands an FPGA board’s I/O capability by converting the HSMC interface into configurable general-purpose input/output connections.
View details ↗LTL-ADA-103GPIO to FMC Adapter
Connects GPIO interfaces to FMC-compatible FPGA systems, with support for DE2-115 and DE10 development platforms and 50 Ω impedance-matched routing.
View details ↗Engineering inquiry