MITR 5520 – Copper Fibre Channel TAP & Recorder

MITR 5520 - Copper Fibre Channel TAP & Recorder

MITR Modular Instrumentation TAP & Recorder

The Modular Instrumentation TAP Recorder (MITR) is a high-bandwidth, high-capacity IRIG 106 Chapter 10 data recorder/ publisher with a TAP Interface Module (TIM) & multiple Tera-Bytes of high-speed removable storage. MITR is suitable for a wide range of data recording requirements in harsh & demanding environments.

The Removable Memory Module, RMM, consists of 1 to 3 drives in a single carrier supporting recording bandwidths to 1.5GBps and up to 48TB. With data security and throughput in mind, 3 independent data paths (from inputs to disks) allow individual data channels to be written to individual drives. Each carrier includes a built-in power and a 10GE download port eliminating the need for expensive, standalone debrief stations.

MITR 5520 TAP Interface Module (TIM) provides up to 8 channels of 1G copper Fibre Channel using Quadrax connectors . Input channels can be filtered, recorded and published while mirrored outputs provide full active TAP capabilities. TAP components are powered via primary or auxiliary 28VDC.

MITR also contains a Layer 2/3 Managed Ethernet Switch with (4) external interfaces, a GPS receiver & IRIG Time Code Generator. The hardware based IEEE-1588v2 time engine provides multiple Grand Master, Master, Slave & Transparent clock capabilities. The 4 external Ethernet interfaces can be used for IRIG 106 Chapter 10 data publishing, command/control or as a fully capable Layer 2/3 Managed Switch. Any/all external Ethernet interfaces can also be recorded. A CH7/HDLC PCM Encoder/Decoder provides connection to a Telemetry transmitter.

Features

● Over 12Gbps (1.5GBps) Sustained Record Rate

● Up to 48TB of RMM Storage Capacity

● Simultaneous Chapter 10 Streaming to Ethernet Ports

● Frame, Upper Level Protocol, Message/Sub Message Filters

● 12 Channels (6 TAPs) Copper Fibre Channel

● Over 12Gbps (1.5GBps) Sustained Record Rate

● Up to 48TB of RMM Storage Capacity

● Simultaneous Chapter 10 Streaming to Ethernet Ports

● Frame, Upper Level Protocol, Message/Sub Message Filters

● 12 Channels (6 TAPs) Copper Fibre Channel

Diagram

Features & Specifications

RMM Removable Memory Module

Over 12Gbps (1.5GBps) Sustained Record Rate
1, 2 or 3 SSD Disk Configuration Up to 48 TB
- Individually Addressable Drives for Multi-Layer Security Requirements
CH10 STANAG/RAID/JBOD/NFS Configurations
Built in 10G download port

TIM - TAP & Interface Module

Channel Configuration
- 12 Channels – 6 TAPs
Data Protocols
- Copper Fibre Channel
Real-Time Data Filtering & Processing
- Frame, Upper Level Protocol, Message/Sub Message Filters
- Simultaneous Chapter 10 Publishing

MITR Management Bay

Master Time Source
- Grand Master, Master, Slave & Transparent Capabilities
- GPS Receiver
- PTP 1588v2
- IRIG-A/B/G DC & AM, 1PPS
4 Gigabit Ethernet Interfaces
- Layer 2/3 Managed Switch
PCM Encoder – HDLC/CH7
MIL-STD-1553
RS-232 & RS-422 Serial COM
Discrete Inputs/Outputs IAW CH10

RMM - Removable Memory Module

1, 2 or 3 SSD’s with up to 48TB capability
Individually Addressable Drives for Multi-Layer Security Requirements
CH10 STANAG/RAID/JBOD/NFS Configurations
Drive Access via Switch Ports as NAS File Server
Built in 10G Ethernet Download port

Copper Fibre Channel TIM

12 Channels/6TAPs
Quadrax Connectors

Layer 2/3 Managed Switch

Layer 2/3 Managed Switch
(4) 10/100/1000 Speed Ports (External)
1-4 PTP Ordinary/Transparent/Boundary Clocks
Port Mirroring & Link Aggregation (IEEE 802.3ad)
Up to 4K VLANS & 8K MAC Addresses
Jumbo Frame up to 9.6K
Packet Filtering Engine w/ up to 256 Entries
Flood Controllers (Broadcast/Multicast/Unicast)
Port Access Control Lists & Traffic Shaping

CH7/HDLC Encoding/Decoding

1 RS-422 PCM Input and output, 2Mb to 20Mb
CH7/HDLC PCM Encoding/Decoding
Chapter 10 published stream

The standard PCM input/output format is ISO 13239 HDLC or IRIG 106-15 Chapter 7 Telemetry Downlink Standard from internal switch port Ethernet traffic. The switch port may contain an IRIG 106 Chapter 10 published stream, filtered or mirrored port switch traffic from a network.