Microvision Series

 The Microvision series is a upcoming 2027-2030 UMC product lineup, including Zyrus-branded ZSX is a next-level of spiritual successor to Microvision (1979) handheld console. UMC offers the variety of Microvision II series such as Microvision II Advanced, Microvision X nano, and Microvision II ZSX in handheld consoles. We predict for out the future of console markets in 2030 by using our goals is 100% recycled PCC material for chassis, cobalt material for battery, 50% recycled paper for battery pack enclosure in Microvision II Advanced while keeping our interchangeable controllers. This is a open-source hardware in handheld console and you can build it own OS in lightweight.

The lineup introduces the new RP2040 and ESP32 microcontroller with own Geolite Advanced Processing Graphics Solution (GAPGS) GPU. This GPU delivers 2D–3D rendering performance with support for up to 500,000 polygons per second.

With first to integrate with my own proprietary is Heykers Precision Technology, a new key combined with hall-effect joysticks and the thin mechanical key with just 1.3mm key travel. Featuring the new proprietary chip as Geolite GEO 1000 and 900 series (initial concept), built based on RISC-V boasts the new level of handheld console market. But the proprietary was later discontinued and replaced by ESP32 and RP2040 microcontroller due to chip complexity. It has an interchangeable controllers or detachable controllers, just like Nintendo Switch, Nintendo Switch 2 and Lenovo Legion Go where adopted detachable controllers. This game library supports a SD card slot and digital games that can be downloaded via the internet. This feature for original Microvision game library emulation that would need to be emulated of Intel 8021 and TI TMS1100 CPU, you'll need to download the ROM legally from the internet. Always look the right ROM if you have.

With new advanced features and designs look thinner than the original Microvision, this led to work for concept designs that drawn on paper by date in 2024. My original concept of planned to design from hand-drawn paper about concept of Microvision II (known as Microvision II Advanced Console) and X nano within advert-style based designs. Three technical specifications are provided for information purposes only.

Note: Release information will be announced once the design prototype is complete.
Microvision II Advanced

CPU: RP2040 with GAPGS GPU
Memory: 256 MB standard, up to 512 MB (not user-upgradeable)
Network: None
Display: 800 × 600
Storage: 10 GB NAND with SD card slot, up to 1TB capacity support
Battery:
  • 21.1 Wh removable Li-Ion; optional 60 Wh extended pack
  • 30 Wh removable Na-ion; optional 70 Wh

Features:

  • Heykers Precision Technology (proprietary key-switch system)
  • High repairability with modular components
  • UMC Advanced Repair BIOS — automated firmware self-healing
Microvision II ZSX

CPU: ESP32 with GAPGS
Memory: 512MB standard, up to 3GB (not user-upgradeable)
Network: None
Display: 800 × 600
Storage: 25 GB NAND
Battery:
  • 49.9 Wh removable Li-Ion; optional 60 Wh extended pack
  • 55.5 Wh removable Na-ion; optional 70 Wh
Features:
  • Heykers Precision Technology (proprietary key-switch system)
  • High repairability with modular components
  • Zyrus Mode for performance-oriented
  • Z-Type EASY, a software built-in that lets you tune in, like Lenovo Legion Space.
  • UMC Advanced Repair BIOS — automated firmware self-healing

Microvision X nano (Rugged Edition)

CPU: ESP32 with GAPGS GPU
Memory: 256 MB standard, up to 512 MB (non-upgradeable)
Network: None
Display: 900 × 800
Storage: 15 GB NAND with SD card slot, up to 1TB capacity support
Battery:
  • 35.2 Wh Li-Polymer
  • 47 Wh Sodium-ion

Features:

  • Heykers Precision Technology (Hall-effect joysticks + keys)
  • Ruggedized for durability across challenging conditions
  • Charge-level indicator visible even when powered off

The BSMS features as "MEGAPROTECT" feature such as multi-overvoltage protection, fuse safety monitoring (via hardware), multi-imbalance protection (applies for per cells), temperature sensor, enhanced safety and logging with AI-based detection, multi-overcharge and overdischarge protection, and completely open-source smart BMS packs. The integrated supports the certificate trust authenticity which detects and its COMPLETELY open-source and you can build its own battery pack with open-source BSMS, rather than stock battery, unlike laptop batteries had proprietary BMS. The own software is Vantage-inspired MV-Zero Vantage (This avoids confusion with Lenovo Vantage software). This includes advanced suite such as Battery health, hardware scan, logging with timestamp (uses ISO-8601 standard), and the device settings in the MV-ZV.

Note: UMC will not treat as battery counterfeit or unsafe battery if doesn't meet the BSMS safety requirements, could block the unsafe batteries. UMC has no responsibility for the performance or safety of unauthorized batteries, and provides no warranties for failure or damage arising from their use.

This complete makeover with new standard button, unlike original Microvision had problems with button wear, solving the original Microvision (1979) problems which plagued by major problems. To solve this, I designed new own safety in battery is Battery Safety Monitoring System is a custom based on BMS system, integrated to removable battery (MV II) and internal battery (X nano). This sets new gold standard for repairability in the future.


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