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We-Linking

Shenzhen, Guangdong, China

  • Brain-computer interfaces
  • Neuromodulation

We-Linking is a Shenzhen-based medical technology company founded in 2019, focused on developing fully implantable brain-computer interface systems for medical use. It develops core technologies including flexible neural electrode arrays, neural signal-processing chips, and wireless power and data transmission, with applications in clinical care and research.

reccy insights

Recent highlights

The available company profile describes We-Linking as a Shenzhen medical technology company founded in 2019 and focused on medical and research uses of brain-computer interfaces. A reported technical milestone is completion of an engineering prototype for a fully implantable system, combining high-density flexible neural electrodes with dedicated chips. Its technology work spans neural electrode arrays, signal acquisition and stimulation chips, implant packaging, and wireless power and data transmission. The described chip portfolio includes a 128-channel low-power neural acquisition chip and a 32-channel integrated acquisition and stimulation chip. These details point to development progress across system components and integration, but do not establish clinical outcomes, regulatory clearance, commercial deployment, or the timing of the prototype milestone.

Written by reccy's AI from company sites, press and funding records · updated Oct 2026

What makes We-Linking distinct

  1. 01Develops technology in-house across implantable BCI systems, including neural electrodes, chips, packaging, and wireless transmission.
  2. 02Has completed an engineering prototype of a fully implantable system using high-density flexible electrodes and dedicated chips.
  3. 03Works with hospitals and universities to support clinical and research applications.
  4. 04Focuses on medical-grade BCI technology intended to improve quality of life for people with neural injuries.

Technology & products3

  • Fully implantable wireless BCI system

    An implantable brain-computer interface platform described as combining flexible neural electrodes, dedicated chips, and wireless power and data transmission.

  • Portable high-channel-count BCI research platform

    A research platform for neural signal acquisition and BCI applications.

  • Neural acquisition and stimulation chips

    Chip technologies include a 128-channel low-power acquisition chip and a 32-channel integrated acquisition and stimulation chip.

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About We-Linking

Products
Fully implantable wireless BCI system, Portable high-channel-count BCI research platform, Neural acquisition and stimulation chips
Focus areas
BCI, medical technology, neurotechnology, implantable devices, neural engineering, medical hardware, clinical research, neural stimulation
Headquarters
Shenzhen, Guangdong, China