IP175DLF integrates a 6-port switch controller, SSRAM, and 5 10/100 Ethernet transceivers. Each of the transceivers complies with the IEEE802.3, IEEE802.3u, and IEEE802.3x specifications. The DSP approach is utilized for designing transceivers with 0.16um technology; they have high noise immunity and robust performance

IP175DLF integrates a 6-port switch controller, SSRAM, and 5 10/100 Ethernet transceivers. Each of the transceivers complies with the IEEE802.3, IEEE802.3u, and IEEE802.3x specifications. The DSP approach is utilized for designing transceivers with 0.16um technology; they have high noise immunity and robust performance

IP175Gx is fabricated with advanced CMOS (85nm) technology and only requires a 3.3V single power supply. This feature makes IP175Gx used very low power consumption, such as the full load operation (100Mbps full duplex 5 ports), it only takes 0.45w

IP175Gx is fabricated with advanced CMOS (85nm) technology and only requires a 3.3V single power supply. This feature makes IP175Gx used very low power consumption, such as the full load operation (100Mbps full duplex 5 ports), it only takes 0.45w

IP175Gx is fabricated with advanced CMOS (85nm) technology and only requires a 3.3V single power supply. This feature makes IP175Gx used very low power consumption, such as the full load operation (100Mbps full duplex 5 ports), it only takes 0.45w

IP178Gx is fabricated with advanced CMOS (85nm) technology and only requires a 3.3V single power supply. This feature makes IP178GX used very low power consumption, such as the full load operation (100Mbps full duplex 8 ports), it only takes 0.95W

IP178Gx is fabricated with advanced CMOS (85nm) technology and only requires a 3.3V single power supply. This feature makes IP178GX used very low power consumption, such as the full load operation (100Mbps full duplex 8 ports), it only takes 0.95W

IP178Gx is fabricated with advanced CMOS (85nm) technology and only requires a 3.3V single power supply. This feature makes IP178GX used very low power consumption, such as the full load operation (100Mbps full duplex 8 ports), it only takes 0.95W

IP178C/IP178CH integrates a 9-port switch controller, SSRAM, and 8 10/100 Ethernet transceivers. Each of the transceivers complies with the IEEE802.3, IEEE802.3u, and IEEE802.3x specifications. The transceivers are designed in DSP approach in 0.18um technology; they have high noise immunity and robust performance

IP178C/IP178CH integrates a 9-port switch controller, SSRAM, and 8 10/100 Ethernet transceivers. Each of the transceivers complies with the IEEE802.3, IEEE802.3u, and IEEE802.3x specifications. The transceivers are designed in DSP approach in 0.18um technology; they have high noise immunity and robust performance

The IP179L is a cost-effective and fully integrated single chip. It integrates a 9-port switch controller, an octal PHY transceiver and SSRAM. Each of PHY transceiver complies with 802.3u specification and HP-license Auto MDI/MDIX

The IP179N/H is a professional high-end SoC targeted for the Ethernet switch (w/ or w/o POE chips) or NVR application. This SoC is built in with an advanced switch engine, aiming to provide high-quality imagery output. Other built-in IPs, included a low power 9-port fast Ethernet transceivers, SSRAM, regulator, ESD protection and etc.

The IP179N/H is a professional high-end SoC targeted for the Ethernet switch (w/ or w/o POE chips) or NVR application. This SoC is built in with an advanced switch engine, aiming to provide high-quality imagery output. Other built-in IPs, included a low power 9-port fast Ethernet transceivers, SSRAM, regulator, ESD protection and etc.

The IP179N/H is a professional high-end SoC targeted for the Ethernet switch (w/ or w/o POE chips) or NVR application. This SoC is built in with an advanced switch engine, aiming to provide high-quality imagery output. Other built-in IPs, included a low power 9-port fast Ethernet transceivers, SSRAM, regulator, ESD protection and etc.

The IP179N/H is a professional high-end SoC targeted for the Ethernet switch (w/ or w/o POE chips) or NVR application. This SoC is built in with an advanced switch engine, aiming to provide high-quality imagery output. Other built-in IPs, included a low power 9-port fast Ethernet transceivers, SSRAM, regulator, ESD protection and etc.

The IP1717 is a cost effective and fully integrated single chip. It integrates a 17-port switch controller, an octal PHY transceiver and SSRAM. Each of PHY transceiver complies with 802.3u specification and HP-license Auto MDI/MDIX

The IP1725 is a cost-effective and fully integrated single chip. It integrates a 25-port switch controller, a 3X octal PHY transceiver and SSRAM. Each of PHY transceiver complies with 802.3u specification and HP-license Auto MDI/MDIX

IP1810 is a non-blocking, store-and-forward architecture switch controller, which builds 8-port 10/100Mbps Fast Ethernet MAC and PHY, 1-port GMAC with RGMII interface and 1-port with RGMII/MII for external CPU in a single chip

IP1810 is a non-blocking, store-and-forward architecture switch controller, which builds 8-port 10/100Mbps Fast Ethernet MAC and PHY, 1-port GMAC with RGMII interface and 1-port with RGMII/MII for external CPU in a single chip

The IP1818 is a non-blocking, store-and-forward architecture switch controller, which supports 16-port SS-SMII, 1 Port RGMII/SERDES combo, 1 port RGMII, and one-port MII for a 16+2G smart switch application. With built-in SERDES transceiver, the IP1818 provides a very cost-effective solution for a 16+2 Gigabit fiber without external Gigabit Ethernet transceivers