BLE 5.2 Linklayer(SW based) IP
- Wireless
- Bluetooth/BLE
- BLE
- Bluetooth
- BT Dual Mode v5.2 RF PHY IP in TSMC 22nm
- BT Dual Mode v5.2 RF PHY IP in GF 22fdx
- BT Dual Mode 5.2 HW Linklayer / BaseBand Controller IP
- BT Dual Mode v5.2 Software Stack & Profiles IP
- BT Dual Mode v5.0 Software Stack & Profiles IP
- Bluetooth MESH v1.1 Software IP
- Bluetooth Dual Mode v4.2 RF Transceiver IP
- Bluetooth Dual Mode SoC White Box IP
- LE Audio
- Cellular
- Audio
- Broadcast
- Lighting
- SerDes
- Memory
- DDR
- PCI Express
- USB
- Controllers
- USB 4.0 Device Controller IP
- USB 4.0 Host Controller IP
- USB 4.0 Hub Controller IP
- USB 3.2 Device Controller IP
- USB 3.2 OTG Controller IP
- USB 3.2 Dual Mode Controller IP
- USB 3.1 Device Controller IP
- USB 3.1 Host Controller IP
- USB 3.1 Hub Controller IP
- USB 3.1 Vision Controller IP
- USB 3.1 Gen1 SSIC Controller IP
- USB 3.0 Device Controller IP
- USB 3.0 Host Controller IP
- USB 3.0 Hub Controller IP
- USB 3.0 Dual Mode Controller IP
- USB 3.0 OTG Controller IP
- USB 3.0 Audio Class Device Controller IP
- USB 2.0 Device Controller IP
- USB 2.0 Host (xHCI) Controller IP
- USB 2.0 Audio Class Device Controller IP
- USB 2.0 OTG Controller IP
- USB 1.1 Device Controller IP
- TSMC 16FF+
- TSMC 22ULP
- TSMC 28HPC+
- TSMC 40LP /LL
- UMC 28HPC+/ HPC
- UMC 40LP
- UMC 55SP /EF
- SMIC 14SF+/ SF++
- SMIC 40LL
- SMIC 55LL
- Controllers
- MIPI
- Controllers
- MIPI UFS v3.1 Device Controller IP
- MIPI UFS v3.1 Host Controller IP
- MIPI UFS v2.1 Host Controller IP
- MIPI CSI-3 Device v1.1 Controller IP
- MIPI CSI-3 Host v1.1 Controller IP
- MIPI CSI-2 Tx v2.0 Controller IP
- MIPI CSI-2 Rx v2.0 Controller IP
- MIPI CSI-2 Rx v1.3 Controller IP
- MIPI CSI-2 Tx v1.3 Controller IP
- MIPI CSI-2 Tx v1.1 Controller IP
- MIPI CSI-2 Rx v1.1 Controller IP
- MIPI DSI2 Tx v1.1 Controller IP
- MIPI DSI2 Rx v1.1 Controller IP
- MIPI DSI Tx v1.2 Controller IP
- MIPI DSI Rx v1.2 Controller IP
- MIPI Unipro v1.8 Controller IP
- MIPI Unipro v1.6 Controller IP
- MIPI I3C Slave v1.1 Controller IP
- MIPI SoundWire Master v1.2 Controller IP
- MIPI SoundWire Slave v1.2 Controller IP
- MIPI RFFE Master Controller IP
- MIPI RFFE Slave Controller IP
- TSMC 12FFC
- TSMC 22ULP
- TSMC 28HPC+
- UMC 28HPC+
- UMC 40LP
- UMC 55 SP
- SMIC 55 LL
- Controllers
- HDMI & DP
- TSMC 12FFC
- TSMC 28HPC+
- HDMI v2.1 Tx-Rx Phy & Controller IP
- HDMI v2.1 Tx PHY & Controller IP
- HDMI v2.1 Rx PHY & Controller IP
- HDMI v2.0 Tx PHY & Controller IP
- HDMI v2.0 Rx PHY & Controller IP
- HDMI-DP Combo Rx PHY IP
- Display Port v1.4 Tx PHY & Controller IP
- Display Port v1.4 Rx PHY & Controller IP
- V-by-One / LVDS Tx IP
- V-by-One / LVDS Rx IP
- TSMC 40LP
- TSMC 65LP / 55LP
- TSMC 65GP / 55GP
- TSMC 90G / 85G
- TSMC 130G / 110G
- UMC 28HPC/HPC+
- UMC 40LP
- UMC 65SP / 55SP
- UMC 110AE
- UMC 130HS
- SMIC 40LL
- SMIC 65LL / 55LL
- SMIC 65G / 55G
- GF 22nm
- GF 28SLP
- GF 65LPe / 55LPe
- Samsung 28FDSOI
- ST 28FDSOI
- STMicro CMOS 40
- IDM 180nm /150nm
- Ethernet
- Video & Graphics
- Analog
- Peripherals
- Services
OverviewFeaturesRequest Datasheet
The Bluetooth low energy link layer provides the first level of control and data structure over the raw radio operations and bit stream transmission and reception.
The Linklayer can be implemented in two versions:
- Hardware Firmware Oriented
- Software Oriented
This variant of the link layer is Software oriented and is defined at a high Level. Most of the baseband functions has been implemented in Software. Customer can easily port this software link layer to their transceiver.

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- Most procedures for the protocols implemented in software
- Minimum set of standard functions in hardware
- Designed for portability across 32-bit processors
- Architecture of firmware for low code and data footprint
- Reuse of all firmware components of the existing link layer IP
- HCI, Algorithms, Data Structures etc.
- Reuse of OS, MCU and Transport abstraction layers
- Hardware abstraction layer to ensure no changes in the core firmware even if h/w changes
- HCI/LM/LC/LL firmware source code in C
- Transport drivers (UART, USB)
- Platform drivers for development platform
- OSAL for MINT OS/FreeRTOS
- BlueWiz FPGA platform
- Flash download utility
- HCI Commander – HCI application
- BlueWiz Architecture document
- BlueWiz Verification document
- SoC integration approach note
- User manuals for development tools
- Ideal for all mid end applications which need high flexibility.
- Most functionality can be added by software update.
- Lesser need for new Silicon- s/w upgrades to new specifications
- High degree of configurability based on target application
- Reuse of components ensures lower product risk