Logic Fruit Technologies

19/05/2026

Bridging legacy DVI systems with modern avionics display architecture — seamlessly.

The Logic Fruit DVI to ARINC 818 Video Converter is a standalone system engineered to convert DVI input signals into standard ARINC 818 outputs — with high-speed processing and zero compromise on display integrity.

Built for avionics and defense engineers who can’t afford signal gaps:

🟡 Seamless DVI → ARINC 818 signal conversion for digital flat panel displays
🟡 High-speed signal digitization with frame rate conversion
🟡 Multi-resolution support — enabling flexible integration across display systems
🟡 Standalone form factor — designed for test, integration & operational environments

For System Architects and Engineering Directors integrating legacy DVI sources into ARINC 818-based cockpit display, HUD, or mission display pipelines — this is the conversion bridge your avionics stack needs.

Watch informative video here https://www.youtube.com/watch?v=lB7VARZdggM

Explore the capabilities of the DVI to ARINC 818 Converter – a standalone solution for converting DVI input into Standard ARINC 818 output with precision and...

13/05/2026

Every FPGA design starts here — the Lookup Table (LUT).

If you're designing on FPGAs, you already know the name. But do your teams truly understand how LUT resource estimation impacts your HDL implementation strategy?

Here's what the Logic Fruit deep-dive covers:

🔲 LUTs are the fundamental building block of FPGA's Configurable Logic Blocks (CLBs) — alongside flip-flops and multiplexers

⚙️ An LUT carries a customised truth table for every possible input — pre-stored and loaded at power-up, generating output purely based on input combination

📐 Standard FPGAs use 6-input LUTs — capable of implementing any combinational logic function of those inputs, written in VHDL or Verilog

🧮 LUT count directly determines resource utilisation — and the blog walks through how to manually estimate LUT requirements for a given HDL design before synthesis

🔁 Unlike fixed logic gates, LUTs are reloadable and reconfigurable — the foundation of what makes FPGA-based design so powerful

For FPGA architects and Engineering Directors optimising for area, speed, and resource efficiency — LUT estimation is not a post-synthesis concern. It's a design-time discipline.

🕐 A focused technical read — first blog post on the website.

08/05/2026

The PCIe bus is your digital freeway — moving data at breakneck speed.
But like any busy thoroughfare, it comes with serious risks. 🔐

PCIe's Integrity and Data Encryption (IDE) feature is the guardian built to secure it.

Here's what the architecture looks like under the hood:

⚙️ IDE secures communication between Root Complex, Switches & Endpoints across the PCIe topology
⚙️ Two stream types: Link IDE Stream (encrypts all data on the link) and Selective IDE Stream (targets specific device-to-device traffic for granular control)
⚙️ Before enabling a stream, three things must be configured in sequence — stream, key set & INIV
⚙️ A built-in FSM governs security state — enters secure mode when configured correctly; reverts to unsecured if a fault is detected or stream is disabled
⚙️ Stream activation is register-controlled — bit 0 of the Link or Selective IDE Stream Control Register

For System Architects and Engineering Directors designing secure PCIe systems — understanding IDE isn’t optional. It’s foundational.

🕐 A sharp, technical read that unpacks one of PCIe's most critical security features — in full detail.

🔗 Full blog on the website (logic-fruit[dot]com

06/05/2026

Precision visualization for ARINC 818 video streams — purpose-built for aerospace & defense.

The Logic Fruit ARINC 818 Monitor is a 15-inch standalone system that does exactly what critical avionics environments demand — scan ARINC 818 inputs and display them with clarity, at multiple resolutions, with zero compromise.

What's under the hood:

⚙️ High-speed video signal digitization
⚙️ Real-time scaling & frame rate conversion
⚙️ Multi-resolution display support
⚙️ Designed specifically for test, validation & monitoring in avionics environments

For engineering directors and system architects working on avionics display integration — this is the reliable, field-ready visualization tool your team needs on the bench.

📄 Download the datasheet for full technical details — check on our website.

27/04/2026

The future of embedded systems is being built on a single board.

Single Board Computers are no longer just prototyping tools — they're the backbone of modern embedded systems across industrial automation, aerospace, edge AI, and beyond.

Read this if you want to know:

✦ Why SBCs are replacing traditional computing architectures in mission-critical deployments
✦ Which industries are scaling fastest with SBC-led embedded design
✦ What the future of compact, intelligent, edge-ready computing actually looks like

The embedded world is evolving fast. This blog breaks down where it's headed.

🔗 Full read in the first comment — worth 5 minutes of your time.

22/04/2026

Your AI workloads, NVMe storage, and next-gen accelerators are only as fast as your interconnect allows.

If you're still architecting around PCIe 4.0 — it's time to rethink.

PCIe 5.0 doesn't just iterate. It doubles:

📌 32 GT/s vs 16 GT/s transfer rate
📌 128 GB/s bandwidth on an x16 link
📌 2× throughput for AI/ML accelerators, HPC, and high-speed storage
📌 Backward compatible — protecting your existing investments

For technology leaders driving infrastructure decisions, the shift from Gen 4 to Gen 5 isn't a future consideration. It's a competitive one — today.

We've broken down the critical differences in a crisp visual infographic to help you and your teams make faster, smarter architecture decisions.

👇 Check out the full infographic in the first comment.

17/04/2026

⚡ PCIe Gen 6 doubles the bandwidth — but equalization is where the real engineering battle is fought.

At 64 GT/s, signal integrity challenges hit a whole new level. Our latest whitepaper breaks down:
✅ How PAM4 signaling changes the equalization game
✅ Tx & Rx equalization techniques at Gen 6 speeds
✅ Key design considerations you can't afford to overlook

Whether you're designing chipsets, FPGAs, or test solutions — this is a must-read.

📥 Download the whitepaper → [link in comments]

13/04/2026

The next generation of aerospace and defense systems won't just be faster — they'll think.

AI and ML are fundamentally reshaping what embedded systems can do in mission-critical environments:

→ Autonomous navigation without human intervention
→ Predictive maintenance before failures occur
→ Real-time threat assessment at the edge
→ AI-driven command & control with full situational awareness

For engineering leaders building the next wave of defense platforms, the question is no longer "should we integrate AI?" — it's "how fast can we do it without compromising reliability and security?"

At Logic Fruit Technologies, we're embedding AI/ML directly into FPGA-based systems — purpose-built for the demands of aerospace and defense.

Read our deep-dive blog on how AI & ML are reforming embedded systems 👇
(Link in the first comment)

31/03/2026

High-speed ADC testing just got more reliable. 🚀

Logic Fruit's whitepaper demonstrates ADC testing using the AFE58JD48 with our JESD204B Receiver IP — ported on the Efinix Evaluation Board.

Key highlights:
✅ JESD204B lanes running up to 12.8 Gbps
✅ Deterministic latency testing for accurate multi-channel data capture
✅ Seamless FPGA integration for high-performance applications

Whether you're working in telecom, medical electronics, aerospace, or defense — this is the validation data you need.

📄 Download the whitepaper and see the results for yourself.
👉 see the first comment for the link

18/03/2026

We're live at OFC 2026! 📡

Logic Fruit Technologies is attending the Optical Fiber Communication (OFC) Conference & Exhibition 2026 in Los Angeles, California, in partnership with Altera.

OFC is the world's premier platform for optical communications and networking innovation, and we're excited to be here representing our capabilities in FPGA-based design solutions for high-speed optical systems.

Attending the conference? We'd love to connect. Stop by the Altera booth and meet our team of engineers and experts.

📍 Altera Booth (4671) | Los Angeles Convention Center
📅 March 17–19, 2026

Reach out in advance to schedule a meeting — let's explore how we can collaborate.

17/02/2026

India’s semiconductor journey must go beyond fabs. 🇮🇳

While manufacturing is essential, real and sustainable value is created through system-level design, trusted IP, and deployable hardware platforms.

In this feature by ET Edge Insights, Logic Fruit Technologies shares how we are strengthening India’s semiconductor value chain — bridging the gap between silicon and real-world, mission-critical systems across AI, telecom, aerospace, defense, and industrial domains.

Design sovereignty isn’t optional. It is strategic.

Read the full article here:
https://etedge-insights.com/resources/brands-speak/beyond-fabs-how-logic-fruit-technologies-is-strengthening-indias-semiconductor-value-chain/

In a global technology landscape where hardware is reclaiming strategic importance, Sunil Kar, President & CEO of Logic Fruit Technologies, offers a