mintneuro.com

Name: mintneuro.com
Brand: MintNeuro

AI Native

Enabling next-generation neural implants with advanced semiconductor technology.

Est 2022|3 Ref Customers

LinkedIn 7K|Website|FTEs 29

01Competitive Landscape

Where alternatives excel

- **Intan:** Easier public technical screening and budgeting. Its RHS offering combines recording and stimulation, so these functions are not unique to MintNeuro. However, Intan explicitly documents incompatibility between its RHD and RHS research systems and notes that RHS headstages do not work with Open Ephys. ([intantech.com](https://intantech.com/products_RHS2000.html?utm_source=openai)) - **Microdul:** More explicit public evidence of medical manufacturing infrastructure. It states that its quality system is certified to ISO 13485 and ISO 9001 and cites electronics in 15 Class III implants. These remain supplier claims until certificate scope and customer references are checked. ([microelectronics.microdul.com](https://microelectronics.microdul.com/?utm_source=openai)) - **CorTec:** More comprehensive integration scope, including flexible leads, bidirectional electronics, encapsulation and processing. It may suit teams seeking an implant-development partner rather than semiconductor building blocks alone. ([cortec-neuro.com](https://cortec-neuro.com/news/from-leads-to-system-integration?utm_source=openai)) - **Texas Instruments:** ADS1299 provides documented four-, six- and eight-channel biopotential acquisition, 24-bit conversion and an evaluation ecosystem. It is a relevant external-EEG alternative, not an equivalent complete implant chipset. The current page did not yield a verifiable live price; the historical 2012 $36/1,000-unit figure should not be treated as current pricing. ([ti.com](https://www.ti.com/product/ADS1299/part-details/ADS1299IPAG?utm_source=openai)) - **onsemi:** An alternative for custom medical ASIC development when bespoke architecture is preferred over reuse of a shared neural platform. Its published brochure describes design-to-volume-production services. ([onsemi.com](https://www.onsemi.com/download/collateral-brochure/pdf/brd8091-d.pdf?utm_source=openai))

Adoption and market position

MintNeuro’s October 7, 2026 financing and named partner milestones indicate movement toward commercial scale-up. Tech.eu corroborates the funding announcement but does not independently validate comparative chip performance. No defensible market-share percentage, shipment share or installed-base estimate was found. ([tech.eu](https://tech.eu/2026/10/07/mintneuro-raises-5m-to-scale-chips-purpose-built-for-neural-devices//?utm_source=openai)) **Analyst conclusion:** MintNeuro’s potential advantage is implant-focused reuse and system co-design—not the mere existence of neural sensing or stimulation ICs. Superiority on power, area, safety or total development cost remains unproven publicly.

	MintNeuro	Intan Technologies	Microdul	CorTec
Starting price	Not publicly disclosed	RHS2116: $292 bare die or $392 QFN, quantities 1–24	Project quote; no public standard tariff found	Project quote; no public standard tariff found
Potential fit	Partner-led neural-device programmes seeking modular, implant-focused ICs	Research electrophysiology and documented recording/stimulation IC integration	Bespoke medical ASICs and miniaturised implant modules	Buyers seeking broader implant-system integration
Key strength	Purpose-built modular platform and named development relationships	Public pricing, datasheets, software and development resources	In-house ASIC design, qualification and implant-module expertise	Electronics, electrodes, leads and hermetic encapsulation
Key weakness	Sparse public benchmarks and production qualification evidence	Research systems are not a complete implant platform	Custom scope entails project-specific engineering and qualification	Broader scope may be unnecessary for chip-only buyers
Published specification advantage	Full comparative matrix not located	RHS2116: 16 channels, up to 40 kSamples/s/channel, typical 2.4 µV RMS noise	Custom specifications	Platform/system-specific specifications

01Competitive Landscape

Where alternatives excel

Intan: Easier public technical screening and budgeting. Its RHS offering combines recording and stimulation, so these functions are not unique to MintNeuro. However, Intan explicitly documents incompatibility between its RHD and RHS research systems and notes that RHS headstages do not work with Open Ephys. (intantech.com)
Microdul: More explicit public evidence of medical manufacturing infrastructure. It states that its quality system is certified to ISO 13485 and ISO 9001 and cites electronics in 15 Class III implants. These remain supplier claims until certificate scope and customer references are checked. (microelectronics.microdul.com)
CorTec: More comprehensive integration scope, including flexible leads, bidirectional electronics, encapsulation and processing. It may suit teams seeking an implant-development partner rather than semiconductor building blocks alone. (cortec-neuro.com)
Texas Instruments: ADS1299 provides documented four-, six- and eight-channel biopotential acquisition, 24-bit conversion and an evaluation ecosystem. It is a relevant external-EEG alternative, not an equivalent complete implant chipset. The current page did not yield a verifiable live price; the historical 2012 $36/1,000-unit figure should not be treated as current pricing. (ti.com)
onsemi: An alternative for custom medical ASIC development when bespoke architecture is preferred over reuse of a shared neural platform. Its published brochure describes design-to-volume-production services. (onsemi.com)

Adoption and market position

Analyst conclusion: MintNeuro’s potential advantage is implant-focused reuse and system co-design—not the mere existence of neural sensing or stimulation ICs. Superiority on power, area, safety or total development cost remains unproven publicly.

	MintNeuro	Intan Technologies	Microdul	CorTec
Starting price	Not publicly disclosed	RHS2116: $292 bare die or $392 QFN, quantities 1–24	Project quote; no public standard tariff found	Project quote; no public standard tariff found
Potential fit	Partner-led neural-device programmes seeking modular, implant-focused ICs	Research electrophysiology and documented recording/stimulation IC integration	Bespoke medical ASICs and miniaturised implant modules	Buyers seeking broader implant-system integration
Key strength	Purpose-built modular platform and named development relationships	Public pricing, datasheets, software and development resources	In-house ASIC design, qualification and implant-module expertise	Electronics, electrodes, leads and hermetic encapsulation
Key weakness	Sparse public benchmarks and production qualification evidence	Research systems are not a complete implant platform	Custom scope entails project-specific engineering and qualification	Broader scope may be unnecessary for chip-only buyers
Published specification advantage	Full comparative matrix not located	RHS2116: 16 channels, up to 40 kSamples/s/channel, typical 2.4 µV RMS noise	Custom specifications	Platform/system-specific specifications

mintneuro.com

01Competitive Landscape

Where alternatives excel

Adoption and market position

02Market Map

01Competitive Landscape

Where alternatives excel

Adoption and market position

02Market Map