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EtherMind - Bluetooth® stack and profiles IP suite

EtherMind is a comprehensive suite of Bluetooth® software stack, profile and application frameworks, designed to suit the Bluetooth® integration needs of device OEMs / ODMs and semiconductor companies.

It includes offerings for Bluetooth® 2.1+EDR, Bluetooth® 3.0 and Bluetooth® Low Energy (Bluetooth® 4.0). EtherMind IP lowers the risk of integrating Bluetooth® into the product and accelerates time to market.

EtherMind supports all the protocols and profiles for the roles defined as part of Bluetooth® specifications. Protocols supported: HCI, eL2CAP, RFCOMM, SDP, AVDTP, AVCTP, OBEX, BNEP, MCAP and ATT.

Profiles supported: A2DP, AVRCP, BIP, BPP, DI, DunP, FTP, OPP, GATT, GNSS, HDP, HF, HID, HS, MAP, PAN, PBAP, SAP, SPP, SyncP and VDP.

One of the early developers of adopted protocols and stacks, Mindtree has developed EtherMind stack for Dual Mode Bluetooth® Low Energy (Bluetooth® 4.0). It supports all the features of the BR / EDR Bluetooth®. We also support Bluetooth® Low Energy protocols and profiles.

Mindtree has created specific SDKs around the EtherMind IP. They are targeted at the following market segments:

• Automotive infotainment industry: Mindtree's EtherMind Automotive SDK offers customers a proven, configurable and cross platform support for development and integration (simulation, debugging, engineering and emulation)
• Health and medical devices industry: EtherMind Health device SDK supports all Bluetooth® low energy health and related profiles, Bluetooth® low energy to IEEE 11073 transcoder, EtherMind IEEE 11073 Stack for the health (medical), fitness, PC and mobile phone industry

Mindtree offers complete implementation of the Continua Health Device Communications standards. Our portfolio of reference system solutions empowers OEMs to easily and cost effectively integrate them into real devices, to create new Continua certified end product solutions.

Key benefits

• Faster time to market
  • Seamless integration into the product platform
  • Built on clean platform abstraction layers
  • Well defined and documented application frameworks
• Interoperability
  • ANSI C code ensures seamless porting on any platform
• Reliable
  • Extensively tested
  • Backed by excellent support
• Cost effective
  • Cost optimization through optimal use of resources
• Highly configurable