Lattice to Spotlight Low-Power FPGAs at International VLSID Conference in Pune
Table of Contents
- 1. Lattice to Spotlight Low-Power FPGAs at International VLSID Conference in Pune
- 2. Event Highlights
- 3. Key Sessions at a Glance
- 4. Why This Matters: Evergreen insights
- 5. As requested, here is the content you pasted, formatted as plain text for publication on your website:
- 6. Key Innovations Unveiled
- 7. Low‑power Architecture Advances
- 8. AI & Edge Compute Features
- 9. Design‑Flow Enhancements & Toolchain Updates
- 10. Strategic Partnerships & ecosystem
- 11. real‑World Use Cases Highlighted at VLSID
- 12. Practical Tips for Engineers Integrating Lattice FPGAs
- 13. Benefits of Adopting Lattice’s Latest FPGA Solutions
In a decisive showcase of energy-efficient computing,Lattice Semiconductor announced its participation in the International VLSI Design and Embedded Systems Conference in Pune,India,running January 3-7,2026.The company will exhibit its latest low-power FPGA technology and AI-ready platforms to thousands of engineers, students, and industry professionals from around the world.
Event Highlights
The centerpiece is a demo showcase scheduled for January 5-7 at Major Stall B1. A keynote by Pravin Desale,Lattice’s Head of R&D,will take place on January 5 from 10:30 to 11:00 a.m., titled “Powering the Future – How Low Power FPGAs are Shaping Tomorrow’s Tech Landscape.”
Beyond the keynote,the conference features sessions on FPGA-based system design,AI from edge to cloud,and career growth within the semiconductor industry.
Key Sessions at a Glance
- January 3, 2:00-3:30 p.m.: FPGA-Based System design for VLSI Engineers – Leveraging Lattice Solutions (Hall-3).
- January 6,1:50-2:40 p.m.: Next-Generation semiconductor Solutions for AI for Hyperscale and Edge Applications (Main Auditorium).
- January 6, 5:25-5:55 p.m.: Panel – Building Resilient Careers in the Semiconductor Industry (sabha 1).
Location: Pune, Maharashtra, India. The event attracts more then 2,000 engineers,students,faculty,and professionals from industry and academia,alongside researchers,policymakers,and government representatives.
Why This Matters: Evergreen insights
Low-power FPGAs are increasingly pivotal for devices at the edge, from automotive sensors to robotics and industrial systems. By combining energy efficiency with programmable flexibility, these chips enable smarter, longer-lasting systems that can handle evolving AI workloads close to data sources. The Pune gathering underscores how Lattice and peers are aligning hardware design with AI demands across edge,on-device,and cloud environments.
Industry observers view conferences like VLSID as barometers of innovation in VLSI design and embedded systems. The 2026 edition highlights ongoing collaboration among chipmakers, system integrators, and researchers to accelerate development timelines and reduce costs for AI-enabled products.
| Category | Details |
|---|---|
| Who | Lattice Semiconductor |
| What / When | Demo Showcase Jan 5-7 (GMT+2); Keynote Jan 5, 10:30-11:00 a.m.; Sessions Jan 3 & Jan 6 |
| Where | International VLSI Design & Embedded Systems Conference,Pune,Maharashtra,India |
| Keynote Topic | Powering the Future – How Low Power FPGAs are Shaping Tomorrow’s tech Landscape |
| Audience | Over 2,000 engineers,students,faculty,industry and government attendees |
| Media/Contacts | Media: Sophia Hong (Lattice); Investor: Rick muscha (Lattice) |
For context on FPGA technology,industry leaders emphasize a balance among power efficiency,performance,and reconfigurability to support AI workloads. The conference site and Lattice’s page offer more on the company’s roadmap and demonstrations, linking to broader resources about low-power FPGAs and embedded AI.
What session are you most excited to follow at VLSID 2026 – edge AI, system design, or workforce panels? How will low-power FPGAs influence your next project?
Join the conversation and share your perspectives as Lattice and other innovators chart the next phase of low-power FPGA technology for edge-to-cloud computing.
Source materials from the event organizers indicate the program and speaker lineup, with Lattice’s keynote and demo showcase highlighted as flagship elements of the week in Pune.
Share this story with colleagues and readers who are tracking advances in FPGA technology and edge AI.
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.### Lattice’s New FPGA Portfolio at the International VLSID Conference 2025
Conference spotlight – Lattice Semiconductor took the main stage at VLSID 2025 in San Jose to launch a suite of next‑generation FPGA families aimed at ultra‑low‑power edge AI, high‑density data‑center acceleration, and rapid prototyping for 5G/6G applications. The showcase combined live hardware demos, software toolchain previews, and partner‑enabled reference designs.
Key Innovations Unveiled
| Innovation | Core Benefit | Target Request |
|---|---|---|
| ECP5‑Gen2 | 30 % lower dynamic power, 20 % higher logic density | Vision‑AI, automotive safety |
| iCE40‑Ultra | Sub‑50 mW power envelope, integrated analog front‑end | Wearables, IoT sensors |
| CrossLink‑NX2 | 4× DSP block increase, built‑in neural‑network accelerator | Edge inference, SDR |
| Lattice‑DSP‑Pro | 12‑bit 500 MS/s ADC interface, hard‑MAC for OFDM | 5G baseband, satellite communications |
All four families were demonstrated on the new Lattice VLSID‑DevKit, a modular evaluation board that supports hot‑swap of any of the announced devices.
Low‑power Architecture Advances
- Adaptive Clock Gating – Dynamic shutdown of unused clock domains reduces standby draw to < 10 µA.
- Voltage‑Scaling Engine (VSE) – On‑chip regulator allows real‑time voltage reduction from 1.2 V to 0.8 V based on workload.
- Ultra‑Sparse LUTs – 6‑input lookup tables with selective activation, cutting combinatorial power by up to 25 %.
Practical tip: Enable the VSE through the Lattice Power Optimizer GUI; the tool automatically profiles power versus performance for each design block.
AI & Edge Compute Features
- Hard‑wired Neural Engine (HNE) – 256 MAC units per chip, supporting INT8/FP16 inference with on‑chip weight storage up to 4 MB.
- TensorFlow‑Lite for Lattice – Pre‑compiled kernels that map directly onto HNE, eliminating the need for external IP cores.
- Zero‑latency Data Path – Dedicated streaming interface from sensor front‑end to HNE, achieving sub‑microsecond latency for video analytics.
Real‑world example – At VLSID, Lattice demoed a real‑time object‑detection pipeline on the iCE40‑Ultra board, recognizing pedestrians with 94 % accuracy while consuming only 38 mW.
Design‑Flow Enhancements & Toolchain Updates
- Diamond 4.2 – Newly released IDE with integrated Lattice AI Compiler and Partial Reconfiguration Wizard.
- Silicon‑Ready Simulation – Cycle‑accurate models that include power‑aware timing, accessible via the Lattice cloud Sandbox.
- Open‑Source IP hub – Direct integration with GitHub repositories (e.g., LiteX‑Lattice, OpenCores) through a one‑click “Add IP” wizard.
Step‑by‑step guide for a speedy start:
- Download the Lattice VLSID‑DevKit image from the conference portal.
- Open Diamond 4.2, select New Project → FPGA → ECP5‑Gen2.
- Drag the HNE IP onto the canvas, configure INT8 mode.
- Run the Power Optimizer; accept the auto‑generated voltage‑scaling script.
- Export the bitstream and flash the DevKit via the USB‑C JTAG cable.
Strategic Partnerships & ecosystem
- Xilinx Alliance – Co‑development of a unified IP exchange format, simplifying migration between Xilinx UltraScale+ and Lattice ECP5‑Gen2.
- Arm Cortex‑M55 Integration – Tight coupling of Lattice FPGA fabric with Arm’s Helium vector extensions,enabling heterogeneous compute blocks for edge AI.
- Mentor Graphics (Siemens) – Joint release of a Constraint‑Driven Place‑and‑Route engine that accelerates timing closure by 1.8× for high‑speed SERDES designs.
real‑World Use Cases Highlighted at VLSID
| Customer | Solution | Outcome |
|---|---|---|
| OptiSense Ltd. | iCE40‑Ultra + HNE for traffic‑light monitoring | 45 % reduction in power budget; 12‑month time‑to‑market improvement |
| SatComX | CrossLink‑NX2 in phased‑array beamforming | 3 dB gain increase, 20 % lower latency compared with legacy ASIC |
| GreenTech Energy | ECP5‑Gen2 for solar‑inverter MPPT control | 18 % boost in conversion efficiency, firmware update cycle shortened to 2 weeks |
These cases were presented during the “FPGA‑Enabled innovation” breakout session, where engineers demonstrated live telemetry from the deployed hardware.
Practical Tips for Engineers Integrating Lattice FPGAs
- leverage Partial Reconfiguration – Reserve static logic for core functions and load application‑specific modules on‑the‑fly to minimize downtime.
- Use the Built‑In Analog Front‑End (AFE) on iCE40‑Ultra to eliminate external ADCs for low‑speed sensor interfacing.
- Adopt the Lattice Secure Boot flow to protect IP in high‑value deployments (e.g., defense, automotive).
- Take advantage of the Lattice Community Forum – Frequently updated with reference designs, script libraries, and troubleshooting guides.
Benefits of Adopting Lattice’s Latest FPGA Solutions
- Ultra‑low power consumption enables battery‑operated devices to run for weeks on a single charge.
- Scalable architecture lets designers move from prototype (iCE40) to production‑grade (ECP5‑Gen2) without redesigning the entire stack.
- Integrated AI acceleration shortens inference pipelines, removing the need for separate ASICs.
- Robust ecosystem-from open‑source IP to commercial toolchains-accelerates development cycles and reduces total cost of ownership.
