• ASM1468 | 8Gbps PCIe Redriver

    High Speed Signal Switch

    ASM1468 is a dual lanes/4 differential channels linear redriver, up to 8Gbps signaling rate, using for PCI Express on PCB trace extension. The architecture of ASM1468 is a four-differentail channels linear redriver, programming receiver equalization and DC Gain level by functional configuration pins. It is easy to setting the signal by each channel independently to optimize the signal performance over a variable mediums PCB trace and/or cable with lower inter-symbol interference. ASM1468 is designed b CMOS process and consume low power and high performance dual lanes redriver, using for PCI Experss interface, operating at 3.3V single power supply, using 3.5x9 QFN42 Green package.

  • ASM2480B is a 16 to 8 channel multiplexer/demultiplexer Switch with Hi-Z outputs, supporting up to 16Gbps signaling rate. This device is a bi-directional multiplexes differential signal to one of two corresponding outputs. This design is suitable for current high-speed application up to PCI-Express Revision 4.0

  • ASM1562 | USB3.1 Gen 2 10Gbps Retimer

    High Speed Signal Switch

    ASM1562 is a one lane, 2 differential channels SuperSpeedPlus USB3.1 Gen2 Retimer, up to 10Gbps signal interface, following USB3.1 standard specification, supporting USB3.1 Gen-I and Gen-II, designing with advance adaptive CTLE and CDR for receiver circuit and transmit de-emphasis, pre-shooting driver, eliminating input jitter and ISI to suppress the noise output. ASM1562 is implemented with external 24MHz crystal input mode, integrating PWM regulator for core power, optimizing the signal performance setting by external strapping pins or programmable through SMBus. It is used for signal integrity performance enhancement to across long PCB traces or cables application. ASM1562 is an industry standard 24-pin QFN Green package, compliant with RoHS, operating from a single 1.8V supply voltage.

  • ASM1480 is a 16 to 8 channel multiplexer / demultiplexer Switch with Hi-Z outputs. This device is a bi-directional multiplexes differential signal to one of two corresponding outputs. This design is suitable for current high-speed application up to PCI-Express Rev.3.0

  • ASM1543 is a one Four to two differential channels mux switch with integrated Type-C Configuration Channel Logic Circuitry, using for USB3.1 type-C mux and CC detection application. The signal performance of mux switch is up to 10Gbps SuperSpeedPlus USB bus with low insertion loss and return loss, and it also supports USB plug orientation, configurable as DFP role or UFP role through the setting of strapping pins, and implementing the strapping for the setting/detection of Type-C current mode, following USB3.1 Revision 1.0 and USB Type-C Connector and Cable Revision 1.3 standard specification. ASM1543 also integrates CC bus voltage detector, and internal Ip current/Rd resistors and internal power switch with overcurrent protection to support VCONN 5V supply, using an industry standard 32 pins QFN Green package, compliant with RoHS, operating at 3.3V supply voltage for chip and 5V voltage for VCONN supply on e-mark cable.

  • ASM1465 | 5G USB3 Repeater 20 pins

    High Speed Signal Switch

    The ASM1465 is a one lane (Dual-channel) 5GBps SuperSpeed Universal Serial Bus Repeater with small green package QFN 20 pins, used to recover the signal degradation and optimize the signal performance for SuperSpeed USB interface over a variety of physical mediums, supporting the function of automatic receiver detection, input signal detection and level squelch, and intelligent power down management. AMS1465 has implemented a patented smart feature, “Python“ technology, used for the automatic signal performance optimization with various advantages. The device is fully compatible with Universal Serial Bus 3.0 revision 1.0.

  • ASM1467 | NGFF Redriver

    High Speed Signal Switch

    The ASM1467 is a one lane (Dual-channel) high speed interface redriver for NGFF interface, using to recover the high speed signal degradation and optimize the signal performance over a variety physical mediums, supporting training signaling and input signal detection and level squelch with link power management. ASM1467 is also implemented with ASMedia Python Technology for the signal performance optimization automatically, and also support configurable Emphasis by strapping pin.

  • ASM1466 | 6Gbps SATA Repeater

    High Speed Signal Switch

    The ASM1466 is a one lane (Daul-channel) Serial ATA Repeater, up to 6Gbps bandwidth, using to recover the high speed signal degradation and optimize the signal performance over a variety physical mediums, supporting SATA Out-Of-Band (OOB) signaling, input signal detection and level squelch and configurable Emphasis control by strapping or programmed through SMBus. It is also implemented with ASMedia Python Technology for the signal performance optimization. The device is fully compatible with Series ATA Rev3.0.

  • ASM1464 | USB 3.0 Repeater 24 pins

    High Speed Signal Switch

    The ASM1464 is a one lane (Dual-channel) 5Gbps Superspeed Universal Serial Bus Repeater with green package QFN 24 pins, used to recover the signal degradation and optimize the signal performance for SuperSpeed USB interface over a variety of physical mediums, supporting the function of automatic receiver detection, input signal detection and level squelch, and intelligent power down management. ASM1464 has implemented a patented smart feature, "Python" technology, used for the automatic signal performance optimization with various advantages. The device is fully compatible with Universal Serial Bus 3.0 revision 1.0

  • ASM1456B | SATA Switch

    High Speed Signal Switch

    ASM1456B is a 2 differential-channels signal switch which is used to mux or demux high speed signals. It support 1:2 or 2:1 multiplexer or demultiplexer switch, supporting up to 6 Gpbs data transfer bandwitch, with low On Resistance, Low Insertion Loss, operating at 3.3V supply. ASM1456B could be used for SATA/SAS signal interface switching, application in computers, consumer electronics, instrumentation, with high signal performance and protected against high ESD ability.