Embedded World 2026: ATP Electronics Redefining Wearable Storage, Endurance, Memory Reliability

ATP Electronics, Inc., provider specialized storage and memory solutions, unveils breakthrough storage innovations that meet the evolving needs of smart wearables, industrial/embedded, and enterprise applications while continuing to support the memory requirements of systems relying on long-trusted and proven solutions like DDR4.The following products will be showcased at the Embedded World exhibition and conference in Nuremberg, Germany from March 10 to 12, 2026 at ATP’s Booth in Hall 1-212.

World’s Smallest Just Got Tinier: Industry’s First 6.7 mm e.MMC to Power Next-Gen Smart Wearables
At last year’s exhibition, the company introduced what was then ATP’s and a world’s smallest e.MMC, which measured a mere 7.2 x 7.2 mm.

The company is proud to announce that it has successfully shrunk this further to 6.7 mm, making the new E600Vc/E700Pc a world’s first, and to date, the tiniest e.MMC—67% smaller than standard-sized e.MMC and even tinier than a sunflower seed. This ultra-compact storage packs superior advantages that make them ideal for applications where energy and space are premium considerations.

The thinner z-height (0.65 mm) profile offers the ultimate fit for smart glasses with slim, rectangular frames. Conserving up to 70% power, the E600Vc/E700Pc guarantees longer use for compact devices running on batteries. With its aesthetic and ergonomic features, the 6.7 e.MMC is a perfect fit for AR/VR/XR, next-gen smart wearables, and more.

The 6.7 mm e.MMC is especially constructed to thrive in challenging temperatures and environments with its exceptional temperature tolerance. It supports Commercial operating temperature range from 25°C up to 85°C and offers efficient heat management and dissipation. The soldered-down design offers vibration-proof protection amidst constant movement and vigorous shaking.

The 125-ball fine ball grid array (FBGA) configuration is pin-to-pin compatible with JEDEC specifications. Compliant with the JEDEC e.MMC 5.1 Standard (JESD84-B51), it supports x1/x4/x8 bus speed modes and features High Speed 400 (HS400) DDR Mode for faster programming and improved bandwidths of up to 400 MB/s.

The tiny but mighty 6.7 e.MMC is available in native TLC and pSLC configurations, with capacities of 64GB and 20GB respectively, which are optimal for mainstream low- and mid-end positioning wearable devices.

Pushing the Limits of Industrial SSD Endurance with ATP Premium / Superior Line SSDs

Making a comeback in this year’s exhibit are ATP’s highest-endurance storage solutions, which are built for long-term reliability and one of the highest levels of data endurance for intense workloads in the industrial market.

The company’s highest-endurance industrial SSDs and memory cards combine prime 512Gb NAND packages with stringent IC characterization and 100% screening. The premium hardware is paired with ATP’s proprietary firmware to extend reliability through advanced signal integrity, power loss protection, cache optimization, and cross-temperature operational robustness and recovery.

• 100,000 P/E cycles endurance for pseudo Single Level Cell (pSLC) configuration, extendable to 150K P/E cycles, or a 50% increase, to achieve 75 Drive Writes Per Day (DWPD) for sequential write workloads and 21 DWPD for JESD219A enterprise workloads
• Up to 11,000 P/E cycles endurance for native Triple Level Cell (TLC) configuration, which is one of the highest for any NAND flash storage configured with native TLC, translating to a drive-level endurance of 1 DWPD with default 7% overprovisioning (OP)
• Industrial operating temperature support (-40°C to 85°C) with robust cross-temperature handling and hardware-based power loss protection ^(*)
• Exclusive ATP Technologies ^(*)
  • Ace Thermal Throttling (Adaptive Multi-Stage Thermal Throttling)
  • AcuCurrent (Innovative Signal Integrity Optimization)
  • EcoFlush (Intelligent SSD Flush Cache Management)
  • PLP Diag (Proactive PLP Capacitor Health Check)
  • Pulse Reboot (Intelligent Self-Healing and Recovery)

Ensuring Supply Longevity and Mitigating DDR4 Obsolescence
As the industry shifts to newer memory technologies, the firm affirms its dedication to mitigating supply risks for industrial applications and legacy deployments that continue to rely heavily on DDR4 due to its reliability and broad compatibility.

ATP Electronics will continue to support extended lifecycle requirements for DDR4 memory through its strategic partnerships with trusted DRAM manufacturers with dedicated fabrication facilities, supported by the quality and technical expertise they expect from ATP. 

^(*) Features may vary depending on model and project support.