

- 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
NATIVE-R9
9U MTCA.4 Chassis for up to 12 AMCs
- 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
Description
The NATIVE-R9 is a 9U, 19”-wide high-end MTCA-Chassis, which is perfectly suited for high availability physics applications. Its complex infrastructure offers greatest possible flexibility and efficiency within a single system.
The system can be driven by up to four double Power Modules, which can be operated in different modes to ensure various levels of redundancy. With an optional LLRF-Backplane, two further Power Modules can be inserted from the rear side and work as RPM.
Up to two double MCHs are supported, with the option to connect an additional MCH-RTM to one of them. By default, the NATIVE-R9 features a dedicated JTAG-Slot, which – if populated with a NAT-JSM – enables permanent JTAG functionality without blocking a separate AMC-Slot.
From the front, up to 12 double mid-sized AMCs can be installed. Each of them can be expanded by 12 double mid-sized µRTMs inserted from the rear side of the chassis.
With the optional LLRF-Backplane, the NATIVE-R9 supports up to three additional eRTMs, as well as two Rear Power Modules (RPMs).
The NATIVE-R9 comes with an optional White Rabbit support, an Ethernet extension protocol.
Key Features
- Form factor: 9U, 19”, Depth 373mm (473mm with front and rear cable trays)
- All slots (exc. JSM-Slot) arranged vertically
- 2 double full-size NAT-MCH with 1 NAT-MCH-RTM
- 4 double full-size NAT-PM
- 2 double full-size NAT-PM as RPM– LLRF-Backplane required
- 1 single full-size NAT-JSM
- 12 double mid-size AMCs
- 12 double mid-size µRTMs
- 3x eRTM, double full-size – LLRF-Backplane required
Backplane
- Redundant backplane fabric
- AMC Port 0: 1 GbE routed between MCH1 and each AMC
- AMC Port 1: 1 GbE routed between MCH2 and each AMC
- AMC Ports 2/3: Point-to-point SATA/SAS between AMCs
- AMC Ports 4-7: Fat-Pipe between MCH 1 and each AMC
- AMC Ports 8-11: Fat-Pipe between MCH 2 and each AMC
- TCLKA, TCLKB, FCLKA: between MCH1 and each AMC (MCH1 CKL1, CKL2, CKL3)
- TCLKC, TCLKD: between MCH2 and each AMC (MCH2 CKL1, CKL2)
- AMC Port 17/18: optional White Rabbit support
- AMC Ports 17-20: MLVDS between AMCs
- IPMB_0A, IPMB_0B: between MCH1/2, PM1/2, JSM, CU1/2
- IPMB_L: between MCH1/2 and each AMC
- JTAG: between JSM, MCH1/2, PM1/2, CU1/2, and each AMC
- FRU ROM
- Replaceable backplane
Cooling Unit
Related Products
Order Codes
NATIVE-R9-[Option]
– NWR | 9U, 19” rack mountable MTCA.4 platform; redundant 12 slot backplane for 2 MCH, up to 12 double mid-size AMCs, 12 double mid-size Rear Transition Modules (RTM), 4 PMs, two fan trays, air filter Non White Rabbit support |
-WR |
9U, 19” rack mountable MTCA.4 platform; redundant 12 slot backplane for 2 MCH, up to 12 double mid-size AMCs, 12 double mid-size Rear Transition Modules (RTM), 4 PMs, two fan trays, air filter |
-WR-LLRFBP |
9U, 19” rack mountable MTCA.4 platform; redundant 12 slot backplane for 2 MCH, up to 12 double mid-size AMCs, 12 double mid-size Rear Transition Modules (RTM), 4 PMs, two fan trays, air filter |
-NWR-LLRFBP |
9U, 19” rack mountable MTCA.4 platform; redundant 12 slot backplane for 2 MCH, up to 12 double mid-size AMCs, 12 double mid-size Rear Transition Modules (RTM), 4 PMs, two fan trays, air filter |
Filler Panel
NAMC-Filler MS-FP1D-AB | 4 HP MTCA.1 AMC Filler Panel double mid-size |
NAMC-Filler FS-FP1D-AB |
6 HP MTCA.1 AMC Filler Panel |
NAMC-Filler MS-FP0S-AB |
4 HP MTCA.0 AMC Filler Panel |
NAMC-Filler FS-FP0S-AB |
6 HP MTCA.0 AMC Filler Panel |
Filler Panels Rear Slots
NAMC-Filler MS-RP1D-AB |
4 HP MTCA.1 RTM Filler Panel double mid-size |
NAMC-Filler FS-RP1D-AB |
4 HP MTCA.1 RTM Filler Panel |
Solutions / Applications
The NATIVE-R9’s main field of operation are high performance physics and any other MTCA.4 application demanding superior performance.