Background image
NATIVE-R2
NATIVE-R2
2U MTCA.4 Chassis for up to 6 AMCs
  • 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

NATIVE-R2

2U MTCA.4 Chassis for up to 6 AMCs

  • 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

Description

The NATIVE-R2 is a 2U, 19″ MTCA.4 chassis in a compact form factor. Despite its handy dimensions, it accomodates up to 6 AMCs and 5 mating RTMs, a Power Module, and an MCH with optional RTM. Moreover, the backplane supports PCIe x8 to every AMC in the system.

Payload Boards

The NATIVE-R2 is a compact MTCA.4 chassis for up to 5 double-width mid-size AMC modules. Each of them can be expanded from the rear by a double-width mid-size µRTM, connecting to the mating AMC via a Zone3 connector. Thus it is possible e.g., to rise the number of interfaces. Other options may be an increase of storage capacity or processing power – all without populating a further slot from the front side.

Moreover, the NATIVE-R2 offers mounting space for an additional AMC in double-width full-size form factor, but without the option for an µRTM.

Flexible Infrastructure

The NATIVE-R2 supports a double-width full-size MCH with the possibility to connect an additional NAT-MCH-RTM.

With an optional JSM card conversion kit, a JTAG switch module (e.g. NAT-JSM) can be installed from the rear side.

The NATIVE-R2 is powered by a double-width full-size Power Module.

White Rabbit Support

As an option, the NATIVE-R2 supports the White Rabbit protocol. This Ethernet extension provides extremly fast, high-accurate time transfer and synchronization, based on modular and flexible Ethernet networks.

Cooling Performance

The NATIVE-R2 chassis features a fully managed Cooling Unit (CU) with airflow from the right side to the left. The CU owns 4 push fans, summing up to a total air flow of 400 CFM (684 m³/h).

Key Features

  • Form factor: 2U, 19”, Depth 378mm
  • All slots arranged horizontally
  • 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

Backplane

  • 4 compliant
  • x16 PCIe to COM Express module Type 6 (MCH-RTM)
  • PCIe x8 or 2x PCIe x4 on port 4 to 11
  • GbE on port 0 and 1 to every slot
  • SATA / SAS on port 2 and 3
  • Local high-speed connections on ports 12 to 15
  • Optional White Rabbit on ports 17 to 20 driven by optional White Rabbit Clock Module on the NAT-MCH-PHYS80
  • JSM ( JTAG to AMC) connections to each slot
  • All CLKs supported

Cooling Unit

  • Four push fans with each fan rated at 100 CFM
  • Capable of cooling up to 1000 W depending on AMCs used and assembly positions
  • Individual-controlled fan speed
  • Inserted from the front, air flow from right to left
  • Fully managed via cooling management module
  • Monitored fan power for early failure detection
  • Air filter removed detection

Related Products

Order Codes

NATIVE-R2 -[Option]

-NWR 2U 19″ rack mountable platform (according to PICMG MTCA.4.1); non White Rabbit support
-WR 2U 19″ rack mountable platform (according to PICMG MTCA.4.1); White Rabbit support

 

Filler Panels

NAMC-Filler MS-FP1D 4 HP MTCA.1 AMC Filler Panel
double mid-size
NAMC-Filler
FS-FP1D
6 HP MTCA.1 AMC Filler Panel
double full-size

 

Filler Panels Rear Slots

NAMC-Filler
MS-RP1D
4 HP MTCA.1 RTM Filler Panel
double mid-size
NAMC-Filler
FS-RP1D
4 HP MTCA.1 RTM Filler Panel
double full-size

Solutions / Applications

The compact design and support for PCIe Gen3 x8 makes the NATIVE-R2 ideal for applications with high connectivity requirements, such as high energy physics, industrial automation, machine vision, test and measurement, and telecom edge, access and aggregation equipment.

The optional White Rabbit support provides sub-nanosecond accuracy synchronization, particularly useful for the high energy physics community and radio telescopy.