Engineering Programme — Active Development

Linker Tel

Integrated Silicon & Sensing Architecture for Edge Intelligence

Linker Tel Corp is a New York-based technology organization engineering a proprietary hardware and software architecture. We converge edge neural acceleration, multi-spectral optical sensing, high-bandwidth interconnect, and sub-watt sensor hubs into a unified handheld system envelope.

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Intelligence that runs where you are, not where the servers are.

Architecture Overview

One Architecture.
Five Convergent Subsystems.

High-performance personal technology cannot be assembled by stacking off-the-shelf components inside a shared housing. Linker Tel is developing a vertically integrated architecture where sensing, silicon acceleration, and physical thermal design compound one another.

Five subsystems converging on one platform OPTICAL NEURAL THERMAL RF FABRIC RUNTIME ONE PLATFORM
Convergence — five subsystems developed as one architecture, not five parts sharing an enclosure

Optical & Spatial Sensing

MIPI CSI-2 Multi-Spectral Sub-Watt Hub

Treating optical capture as a continuous perception challenge rather than a camera shutter event. Integrated multi-spectral and depth sensors route data directly into memory without software overhead.

Heterogeneous Neural Compute

INT4 / FP8 Matrix High-BW Bus Dedicated NPU

Dedicated acceleration cores optimized for transformer attention mechanisms and low-bit quantized weights. Delivers instantaneous local inference with strict hardware-enforced privacy.

Thermal & Chassis Architecture

Vapor Diffusion Conductive Frame < 2.5W Envelope

Structural magnesium and aluminum chassis designed as an active heat sink, dissipating peak compute thermal spikes without noisy active cooling or uncomfortable surface hotspots.

Continuous RF & Spatial Interconnect

Low-Power Radios Spatial Sync Sub-GHz Telemetry

Ultra-low-power short-range spatial interconnect maintaining low-latency synchronization with peripheral hardware, companion sensors, and local base infrastructure.

Deterministic Ambient Runtime

Microkernel Core Zero Wakeup Overhead Local State Graph

A low-overhead operating environment that prioritizes ambient sensor triggers and dispatches neural inference tasks with microsecond interrupt response times.

Linker Tel unified architecture: optical sensing, neural compute, connectivity, and power converging into a single hardware platform.

The Linker Phone Development Platform

A tangible reference device built to validate our unified silicon architecture under rigorous real-world thermal, battery, and RF conditions.

Rather than treating the smartphone as a terminal that queries remote cloud servers for every intelligent query, the Linker Phone is engineered around localized computing sovereignty: high-capacity local model execution, deterministic sensor processing, and zero external telemetry transmission during core tasks.

Hardware Program Status: Reference prototypes are undergoing bench validation, thermal cycling, and silicon verification. Full dimensional tolerances and partner teardown briefs are shared under bilateral non-disclosure agreements.
The Linker Phone reference platform in development render.
Engineering Development Model — Reference chassis and packaging architecture

From Cellular Voice to Ambient Edge Intelligence

From the earliest cellular handsets in 1973 through the graphical smartphone era, handheld electronics have evolved from analog transceivers into client displays for cloud servers. Linker Tel is developing the next architectural phase: autonomous, localized intelligence that acts without cloud lag.

The evolution of the mobile device, from the first analog handset in 1973 through to autonomous edge computing platforms.
Evolutionary Timeline — Handheld computing progression from remote switching to autonomous on-die intelligence

Supplier & Foundry Collaboration

Industrial Partner Engagement

Linker Tel is actively qualifying relationships with global semiconductor foundries, advanced packaging specialists, optical module manufacturers, and precision assembly partners.

We are currently establishing collaboration pathways across the following hardware categories:

Silicon & Compute

Advanced lithography fabrication, heterogeneous system-in-package (SiP) modules, custom low-power NPU accelerators, and high-density LPDDR memory interfaces.

Optical & Sensing

High-dynamic-range image sensors, multi-spectral sensor arrays, compact time-of-flight depth modules, and optical stabilization assemblies.

Thermal & Materials

Ultra-thin vapor chambers, graphite heat spreaders, precision magnesium-aluminum die-casting, and structural composite enclosures.

RF & Connectivity

Sub-6GHz and mmWave antenna integration, ultra-low-latency short-range radios, and high-efficiency power management ICs (PMICs).