StarBridge - A Switched Fabric Technology Company

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type	standard	form	application	nomen	number	description	picture
hardware	hub			Single- or double-width MicroTCA Carrier Hub	NAT-MCH	Power and system management for up to 12 AMCs, 2 CUs, and 4 PMs 40G Ethernet towards the backplane and front uplink (HUB-Module required) PCIe Gen3 towards the backplane and front uplink (HUB-Module required) Various clocking features (CLK-Module required) Choice of interfaces towards the front panel
hardware	hub			Double-width MTCA Carrier Hub for physics applications	NAT-MCH-PHYS80	Designated for high demands regarding bandwidth, timing, and precision Specialized NAT-MCH-CLK-PHYS mezzanine module Power and system management for up to 12 AMCs, 2 CUs, and 4 PMs PCIe Gen3 x16 data switching towards backplane and front uplink RTM with COMExpress Support
hardware	hub			COMExpress carrier with optional Backplane Manager for access to LLRF-Backplane and FPGA	NAT-MCH-RTM	COMExpress Carrier PCIe Gen3 x16 link to PCIe switch on NAT-MCH-PHYS80 Support for various COMExpress Modules Backplane Manager and Zone2 Connector to LLRF Backplane (option) Managing eRTMs, µRTMs, and RPMs via LLRF (option)
hardware	hub			PCIe interface card with optical PCIe Gen3 x8/x16 front uplink	NPCIe-UPLINK-O	PCIe interface card for operation in PCs / servers Optical PCIe Gen3 x8/x16 uplink(s) towards front panel Transparent to PCIe host => no special driver required SSC isolation support PCIe hot-plug functionality
hardware	mtca-p			High-density and high-efficiency AC/DC Power Module	NAT-PM-AC600D	Double-width, full-size form factor 110-265VAC input (auto range) with self-locking power cord (100VAC input is supported with output degraded) 600W management and payload power for up to 12 AMCs, 2 CUs, and 2 MCHs 12V @ 6.6A max. (80W) / 3.3V @ 180mA max. Support of N+1 and 2+2 redundancy
hardware	mtca-p			Superior DC/DC Power Module for high-power demanding MTCA systems	NAT-PM-DC48	Single-width, full-size form factor Dual -48VDC input Up to 860W/1300W management and payload power for up to 12 AMCs, 2 CUs, and 2 MCHs 12V @ 6.6A max. (80W) / 3.3V @ 180mA max. Support of N+1 and 2+2 redundancy
hardware	amc			COMex Carrier board in double-width AMC form factor	NAT-AMC-COMex	Supports Type 6 and Type 7 COMex modules M.2 PCIe x4 Interface for storage Onboard Intel i350 Ethernet Controller with multiple interfaces 1G (COMex Type 6) or 1G/10G (COMex Type 7) towards front panel (via SFP) and backplane Graphical interface via DDI at the front panel (COMex Type 6 only)
hardware	amc			FMC carrier board with Xilinx ZynqUP+ FPGA SoC	NAT-AMC-ZYNQUP-FMC	Quad-core ARM Cortex-A53 (application processing unit) Dual-core ARM Cortex-R5 (real-time processing unit) Single High Pin Count FMC slot, VITA 57.1 compliant Access to FMC front panel interfaces Wide range of backplane interconnects
hardware	amc			FMC carrier board with Intel ARRIA 10 SoC	NAT-AMC-ARRIA10-FMC	Choice of Intel ARRIA 10 GX or SX SoC Dual-core ARM Cortex A9 Single High Pin Count FMC slot, VITA 57.1 compliant Access to FMC front panel interfaces Wide range of backplane interconnects
hardware	mtca-c			1U MTCA.0 Chassis with embedded NAT-eMCH for up to 2 AMCs	NATIVE-mini	Form factor: 1U, compact size Embedded NAT-eMCH Embedded 150W Power Module 2 single mid- or full-size AMCs or 1 double mid- or full-size AMC
hardware	mtca-c			1U MTCA.4 Chassis with embedded NAT-eMCH for up to 4 AMCs	NATIVE-mini-R1	Form factor: 1U, 19” Embedded NAT-eMCH Embedded 400W Power Module 2 single mid-size AMCs and 2 double mid-size AMCs 2 double mid-size µRTMs
hardware	mtca-c			2U MTCA.4 Chassis for up to 6 AMCs	NATIVE-R2	Form factor: 2U, 19” 1 double full-size NAT-MCH with NAT-MCH-RTM 1 double full-size NAT-PM 1 single mid-size NAT-JSM 5 double mid-size + 1 double full-size AMCs 5 double mid-size µRTMs
hardware	mtca-c			9U MTCA.4 Chassis for up to 12 AMCs	NATIVE-R9	Form factor: 9U, 19” 2 double full-size NAT-MCH with 1 NAT-MCH-RTM 6 double full-size NAT-PM, two of them as RPM 1 single full-size NAT-JSM 12 double mid-size AMCs 12 double mid-size µRTMs
hardware	mtca-c			Filler Panel for MTCA Chassis	NAMC-Filler	Optimizes airflow inside the chassis Ensures electromagnetic shielding Available in various form factors With or without air blockers
hardware	auxi			Development Kit for AMC Modules	NAT-AMC-DISCOVERY	NAT-eMCH included on Base PCB Support of single- and double-width AMCs in compact, mid-, and full-size form factor Operation in standalone mode Operation in different extender modes (MTCA / PCIe) – Extension Kits required Loopback Mode support
hardware	auxi			Single-width AMC passive extender	NAMC-EXT	Easy access to both PCB sides of a single-width AMC from outside the chassis Voltage and current measurement Test points for AMC and JTAG signals All fabrics specified by AMC.x and MTCA connected through to front Optional 3.3V power supply for standalone operation
hardware	auxi			Double-width AMC/RTM passive extender	NAMC-EXT-RTM	Easy access to both PCB sides of a double-width AMC/RTM from outside the chassis Voltage and current measurement Test points for AMC and JTAG signals All fabrics specified by AMC.x and additional I/O of MTCA.4 connected through to front Optional 3.3V power supply for standalone operation

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