Microchip Technology

**INICnet 50 Mbps Intelligent Network Interface Controller** OS81210 is available for the following typical applications and the ECUs Typical ECUs/End Equipments • Head Unit • Smart Antenna • IPC/Meter • T-Box Typical Applications • Infotainment • Sound Systems • Voice Assistants • eCall • SW Download/(F)OTA • Noise Cancellation General Description The OS81210 is an Intelligent Network Interface Controller (INIC) for 50 Mbit/s INICnet networking. This INIC includes an integrated balanced media physical layer (bPHY) transceiver optimized for Unshielded Twisted Pair (UTP) copper wire. The OS81210 can efficiently handle audio, video, packet, and control data providing a comprehensive infotainment system solution. Ethernet frames with MAC addressing support high-speed packet-data content for information, entertainment, software/firmware download applications, and system management. This IC is part of the OS8121x product family realized with INICnetTM technology. The OS81210 simplifies system design by providing industry-standard user interfaces to peripheral components: I2C for control data, I2S (and similar formats) audio streaming ports, SPI for packet data and USB2.0, Media-LB 3pin for all supported data types. The bPHY physical layer interface is Microchip’s next-generation UTP PHY technology designed to exceed all automotive EMC requirements when using the lowest-cost UTP wiring and connectors and minimal analog front-end components. INICs provide a powerful stream-data routing engine that links the application ports to network channels and allows dynamic reconfiguration. Microchip’s Unified Centralized Network Stack ([UNICENS](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/inicnet-technology/unicens)) supports the establishment of all network-connected data resources from one point in the network, enabling simple and full-featured network connections. Software support for interfacing to the INIC’s data I/O ports in Linux applications is provided by the native driver included in Automotive Grade Linux. A QNX driver for the USB interface is available. For [MOST](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/most-technology)implementations, a variety of software support is available. INICs encapsulate all low-level network-management functions relieving the External Host Controller (EHC) from the burden of managing real-time network tasks. INICs monitor and manage a variety of network conditions to support robust network functionality and fault detection and recovery. A built-in watchdog protects the network from EHC faults. INIC protection mode prevents application malfunctions from influencing the integrity of the network and the system. INICs also provide support for device power management. Remote control functionality is supported obviating the need for an EHC in certain "slim" applications. The INIC can be fully configured and managed through the network. Peripheral components can be configured/monitored via I2C tunneling. INICs provide all the functions necessary to develop a MOST-compliant device. The network control channel supports MOST control messages, providing high-quality service for system management functions. Optionally IP-based system management can be supported via the Ethernet packet channel providing seamless integration of the multimedia network with Ethernet networking in other vehicle domains. To purchase the OS81210 or obtain additional information, please contact any [Microchip sales representative or authorized worldwide distributor](https://www.microchip.com/en-us/about/global-sales-and-distribution). For other variants of the OS8121x product family, please consider: OS81212, OS81214

**INICnet 50 Mbps Intelligent Network Interface Controller** OS81212 is available for the following typical applications and the ECUs Typical ECUs/End Equipments • Amplifier • RSE • IPC/Meter • Booster • Drives, Decks Typical Applications • Infotainment • Sound Systems • Voice Assistants • eCall • SW Download/(F)OTA • Noise Cancellation General Description The OS81212 is an Intelligent Network Interface Controller (INIC) for 50 Mbit/s automotive INICnet networking. This INIC includes an integrated balanced media physical layer (bPHY) transceiver optimized for Unshielded Twisted Pair (UTP) copper wire. The OS81212 can efficiently handle audio, video, packet, and control data providing a comprehensive infotainment system solution. High-speed packet-data content for information, entertainment, software / firmware download applications, and system management is supported via Ethernet frames with MAC addressing. This IC is part of the OS8121x product family realized with INICnetTM technology. The OS81212 simplifies system design by providing industry-standard user interfaces to peripheral components: I2C for control data, I2S (and similar formats) audio streaming ports, SPI for packet data and Media-LB 3pin for all supported data types. The bPHY physical layer interface is Microchip’s next-generation UTP PHY technology designed to exceed all automotive EMC requirements when using lowest-cost UTP wiring and connectors and minimal analog front-end components. INICs provide a powerful stream-data routing engine that links the application ports to network channels and allows dynamic reconfiguration. Microchip’s [Unified Centralized Network Stack (UNICENS)](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/inicnet-technology/unicens) supports establishing of all network connected data resources from one point in the network, enabling simple, yet full featured network connections. Software support for interfacing to the INIC’s data I/O ports in Linux applications is provided by the native driver included in Automotive Grade Linux. A QNX driver for the USB interface is available. For [MOST](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/most-technology) implementations, a variety of software support is available. INICs encapsulate all low-level network-management functions relieving the External Host Controller (EHC) from the burden of managing real-time network tasks. INICs monitor and manage a variety of network conditions to support robust network functionality and fault detection and recovery. A built-in watchdog protects the network from EHC faults. INIC protection mode prevents application malfunctions from influencing the integrity of the network and the system. INICs also provide support for device power management. Remote control functionality is supported obviating the need for an EHC in certain "slim" applications. The INIC can be fully configured and managed through the network. Peripheral components can be configured / monitored via I2C tunneling. INICs provide all of the functions necessary to develop a MOST-compliant device. The network control channel supports MOST control messages, providing high quality of service for system management functions. Optionally IP-based system management can be supported via the Ethernet packet channel providing seamless integration of the multimedia network with Ethernet networking in other vehicle domains. To purchase the OS81210 or obtain additional information, please contact any[Microchip sales representative or authorized worldwide distributor](https://www.microchip.com/en-us/about/global-sales-and-distribution). For other variants of the OS8121x product family, please consider: [OS81210](https://www.microchip.com/en-us/product/os81210), [OS81214](https://www.microchip.com/en-us/product/os81214)

**INICnet 50 Mbps Intelligent Network Interface Controller** OS81214 is available for the following typical applications and the ECUs Typical ECUs/End Equipments • Slim Amplifier • Booster • Drives • Decks • eCall unit Typical Applications • Infotainment • Sound Systems • Voice Assistants • eCall • SW Download/(F)OTA • Noise Cancellation General Description The OS81214 is an Intelligent Network Interface Controller (INIC) for 50 Mbit/s automotive INICnet networking. This INIC includes an integrated balanced media physical layer (bPHY) transceiver optimized for Unshielded Twisted Pair (UTP) copper wire. The OS81214 can efficiently handle audio, video, packet, and control data providing a comprehensive infotainment system solution. High-speed packet-data content for information, entertainment, software / firmware download applications, and system management is supported via Ethernet frames with MAC addressing. This IC is part of the OS8121x product family realized with INICnetTM technology. The OS81214 simplifies system design by providing industry-standard user interfaces to peripheral components: I2C, I2S (and similar formats) audio streaming ports, and SPI for packet data. The bPHY physical layer interface is Microchip’s next-generation UTP PHY technology designed to exceed all automotive EMC requirements when using lowest-cost UTP wiring and connectors and minimal analog front-end components. INICs provide a powerful stream-data routing engine that links the application ports to network channels and allows dynamic reconfiguration. Microchip’s Unified Centralized Network Stack ([UNICENS](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/inicnet-technology/unicens)) supports establishing of all network connected data resources from one point in the network, enabling simple, yet full featured network connections. Software support for interfacing to the INIC’s data I/O ports in Linux applications is provided by the native driver included in Automotive Grade Linux. A QNX driver for the USB interface is available. For [MOST](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/most-technology) implementations, a variety of software support is available. INICs encapsulate all low-level network-management functions relieving the External Host Controller (EHC) from the burden of managing real-time network tasks. INICs monitor and manage a variety of network conditions to support robust network functionality and fault detection and recovery. A built-in watchdog protects the network from EHC faults. INIC protection mode prevents application malfunctions from influencing the integrity of the network and the system. INICs also provide support for device power management. Remote control functionality is supported obviating the need for an EHC in certain "slim" applications. The INIC can be fully configured and managed through the network. Peripheral components can be configured / monitored via I2C tunneling. INICs provide all of the functions necessary to develop a MOST-compliant device. The network control channel supports MOST control messages, providing high quality of service for system management functions. Optionally IP-based system management can be supported via the Ethernet packet channel providing seamless integration of the multimedia network with Ethernet networking in other vehicle domains. To purchase the OS81214 or obtain additional information, please contact any [Microchip sales representative or authorized worldwide distributor](https://www.microchip.com/en-us/about/global-sales-and-distribution). For other variants of the OS8121x product family, please consider: OS81210, OS81212

**INICnet 50 Mbps Intelligent Network Interface Controller** OS81216 is available for the following typical applications and the ECUs Typical ECUs/End Equipments • Digital Microphones • Microphone Arrays • Analog Microphone connector modules • Acoustics Box • Voice Assistant • eCall Microphone/Speaker Typical Applications • Hands Free • Beam Forming • Sound Systems • Voice Assistants • eCall • SW Download/(F)OTA • Noise Cancellation General Description The OS81216 is an Intelligent Network Interface Controller (INIC) for 50 Mbit/s automotive INICnet networking. This INIC includes an integrated balanced media physical layer (bPHY) transceiver optimized for Unshielded Twisted Pair (UTP) copper wire. The OS81216 can efficiently handle audio, video, packet, and control data providing a comprehensive infotainment system solution. High-speed packet-data content for information, entertainment, software / firmware download applications, and system management is supported via Ethernet frames with MAC addressing. This IC is part of the OS8121x product family realized with INICnetTM technology. The OS81216 simplifies system design by providing industry-standard user interfaces to peripheral components: I2C and I2S (and similar formats) audio streaming ports for packet data. The bPHY physical layer interface is Microchip’s next-generation UTP PHY technology designed to exceed all automotive EMC requirements when using lowest-cost UTP wiring and connectors and minimal analog front-end components. INICs provide a powerful stream-data routing engine that links the application ports to network channels and allows dynamic reconfiguration. Microchip’s Unified Centralized Network Stack ([UNICENS](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/inicnet-technology/unicens)) supports establishing of all network connected data resources from one point in the network, enabling simple, yet full featured network connections. Software support for interfacing to the INIC’s data I/O ports in Linux applications is provided by the native driver included in Automotive Grade Linux. A QNX driver for the USB interface is available. For [MOST](https://www.microchip.com/en-us/solutions/automotive-and-transportation/automotive-products/connectivity/most-technology) implementations, a variety of software support is available. INICs encapsulate all low-level network-management functions relieving the External Host Controller (EHC) from the burden of managing real-time network tasks. INICs monitor and manage a variety of network conditions to support robust network functionality and fault detection and recovery. A built-in watchdog protects the network from EHC faults. INIC protection mode prevents application malfunctions from influencing the integrity of the network and the system. INICs also provide support for device power management. Remote control functionality is supported obviating the need for an EHC in certain "slim" applications. The INIC can be fully configured and managed through the network. Peripheral components can be configured / monitored via I2C tunneling. INICs provide all of the functions necessary to develop a MOST-compliant device. The network control channel supports MOST control messages, providing high quality of service for system management functions. Optionally IP-based system management can be supported via the Ethernet packet channel providing seamless integration of the multimedia network with Ethernet networking in other vehicle domains. To purchase the OS81216 or obtain additional information, please contact any [Microchip sales representative or authorized worldwide distributor](https://www.microchip.com/en-us/about/global-sales-and-distribution). For other variants of the OS8121x product family, please consider: OS81210, OS81212, OS81214

The PD-OUT-SP11 is a high quality surge protection device designed to protect indoor Ethernet networks from lighting that may come from outdoor environment through the Ethernet cable. The product is enclosed in a metal weatherproof enclosure, meeting IP66. It can be easily mounted on a wall or a pole. The SP device can be installed before the cable enters the building to protect the indoor network or immediately adjacent to the wall- or pole-mounted outdoor device (i.e. WLAN AP, IP Camera, etc.).

Fusion mixed-signal FPGAs integrate configurable analog, large flash memory blocks, comprehensive clock generation and management circuitry, and high-performance, flash-based programmable logic in a monolithic device. Pigeon Point devices (P1-prefixed devices) are used in conjunction with Pigeon Point ATCA (Advanced Telecommunications Computing Architecture) IP cores and firmware. Key features • Integrated Analog to Digital Converter • Supports Low Power • Embedded Flash Memory • Analog Quads • Advanced I/O Standards

Fusion mixed-signal FPGAs integrate configurable analog, large flash memory blocks, comprehensive clock generation and management circuitry, and high-performance, flash-based programmable logic in a monolithic device. Pigeon Point devices (P1-prefixed devices) are used in conjunction with Pigeon Point ATCA (Advanced Telecommunications Computing Architecture) IP cores and firmware. Key features • Integrated Analog to Digital Converter • Supports Low Power • Embedded Flash Memory • Analog Quads • Advanced I/O Standards