T2M-IP Secures the Deal…

T2M-IP, a leading global supplier of advanced semiconductor IP, is pleased to announce that a Tier-1 U.S.-based technology customer has licensed their partner’s comprehensive suite of Interface and Analog IP cores for the development of next-generation AR/VR smart glasses. The licensed portfolio delivers a complete SoC-ready subsystem, combining high-speed connectivity and precision analog processing, engineered for ultra-light, low-power, high-performance wearable XR devices.

Interface IPs: Foundation for Immersive Data Flow

To support high-bandwidth, real-time processing for visual, audio, and sensor-rich AR/VR applications, the licensed IP set includes:

• USB 3.1 Gen 2 Controller & PHY IP Cores
1. Supports 10 Gbps data transfer for rapid device communication, debugging, and updates.
2. Features Type-C integration, smart power negotiation, and optimized link power management for wearables.
• MIPI CSI-2 & DSI-2 Controller & PHY IP Cores
1. CSI-2 enables direct interfacing with high-resolution, multi-spectral sensor arrays (RGB, IR, depth).
2. DSI-2 delivers vibrant, low-latency visuals to dual displays, with support for DSC and HDR.

These interface cores provide the backbone for high-throughput visual and sensor data exchange while maintaining minimal energy footprints — a must for wearable spatial computing.

Analog IP Subsystem: Precision Sensing & Audio

The Analog IP Cores play a vital role in bringing the real world into the digital domain, delivering enhanced interactivity, responsiveness, and user immersion.

• ADC IP Core
1. Configurable 12–14-bit resolution for environmental and motion sensor acquisition.
2. Used for IMUs, ambient sensors, analog microphones, and power telemetry.
3. Built with low-power SAR architecture and scalable multiplexing.
• DAC IP Core
1. 14–16-bit precision for analog audio output and actuator control.
2. Enables haptic feedback, speaker interfacing, and analog diagnostics.
• Other Analog IP Blocks
1. LDO Regulators: Ensure low-noise analog power supplies for sensitive circuitry.
2. Bandgap Reference Circuits: Provide accurate, temperature-stable voltage references.
3. Analog Comparators: Support real-time event detection from analog signals (e.g., power rails, bio-signals).

“The analog subsystem doesn’t just enable connectivity — it senses, responds, and enhances the immersive envelope,” said [Your Exec Name], [Title]. “Our precision analog portfolio ensures seamless physical-to-digital integration for next-gen XR systems.”

Real-World Applications and Deployment

The licensed IPs are intended to power AR/VR headsets that will serve multiple markets, including:

• Enterprise collaboration and productivity tools
• Consumer-focused spatial content and gaming
• Industrial and educational AI-based training platforms

Tape-out is planned for later this year, with first customer silicon expected in early 2026.

About T2M-IP

T2M-IP is a globally trusted provider of semiconductor IP cores, software stacks, and KGDs (Known Good Dies) across a broad range of markets — from IoT and wearables to automotive, communications, storage, and consumer electronics. We accelerate innovation by enabling faster time-to-market through robust, silicon-proven IP portfolios and tailored integration support. Learn more at www.t-2-m.com