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Safran DSI - B.SAFE Crash Survivable Flight Data Recorder
- Qualified to ED-122A
- High-Recording Capabilities: More then 25 Hours of Recording in ARINC-717 ; 15 GB
- Optional Underwater Locator Beacon (ULB)
- Interfaces: Ethernet Input/Output
The B.SAFE is a crash-survivable flight data recording for board defense aviation aircraft and helicopters.
B.SAFE is designed to capture audio, video, and data on a Crash Survivable Memory stored in a rugged and highly compact chassis. You can easily replay the recorded data in a standard PC/Windows® environment using post-mission analysis software.
More Product Information
- Ultra-Low SWaP: Very compact and high stability
- Swatch Width: 9.7 km @ 500 km
- Wide Aperture: 230 mm
- GSD: 1.03 @ 500 km; special mode at 0.7m
- Zerodur® Telescope: High resolution
- Wide Band, Multi-Band: 200 MHz per channel in L, S, C band
- 8.4' Screen: Intuitive GUI, Keyboard & Touchpad for Full and Easy Direct Control
- CH. 10 Recording Format: All Recording Done According to Ch 10 Standard, Analog Data Packet Format 3
- Full Spectrum of Interfaces: 10GigE, Video, Fiber Channel, ARINC 429, PCM, MIL_STD-1553, H.265 Video, Analog...
- Qualified for Harsh Environment: DO-160, MIL-STD-704, -461, -810
- Designed to Minimize Obsolescence Risk & Management: FPGA-Based Design
- File Server Capabiliy: User-Defined Media Partitioning
- High-Definition Video, Processing & Recording: VSA, HD-SDI, DVI
- Databus: MIL-STD-1553B (MT/RT), ARINC429, RS422
- High-Capacity Rugged Removable Cartridge: 64GB to 2TB
- Multi-Missions and Applications: Earth Observation (EO), high throughput bi-directional telecommunication, feeder link or Deep Space
- 100% Safran In-House Solution: Compatible with SDA, CCSDS and HPE standards
- Communication Data Rates: 10 to 100 times higher thanks to Cortex Lasercom
- Easy-to-Install Windows 10 Utility
- User-Friendly Menu-Driven Operation: MIL-STD-1553B (MT/RT< ARINC429, RS422
- ARINC-717 Compliant
- Qualified for Harsh Environments: DO-160, MIL-STD-701, -461, -810
- Designed to Minimize Obsolescence Risk & Management: FPGA-Based Design
- Extremely Low Space Requirements: 5.7 x 2.2 x 1.97' / 1,54 lb
- Remote Control of the Mission Recorder
- Standard Installation - Easy to Handle
- Compatible with the Mission Recorder Series
- Best-in-Class Servo Controls: User Selectable Servo Controls
- Modular L, S or C Band: Simple Add-On Upgrade without any Structural Change
- Options on Request: Long Loop Test Capability, Radome, Improved G/T
- SCM 1000 Hz Scan Rate: Common Design for Main & ACQ-AID Feed
- Shipborne Ready: IMU Add-On for Shipborne Operations
- Compact Size: Ideal for nano and cube satellites in LEO
- High Data Rate: Up to 140 Mbps
- Long Lifetime: 2 years lifetime for LEO missions
- COTS Design: Radiation tested and hardened, ITAR free
- Any Input Signal: Analog (Video), PCM (Data & Clock), Ethernet (IRIG 106 Chapter 10 or IRIG 218-20) 4 or 16 Inputs
- Any Output Signal: Data Output on Multiple PCM (Data & Clock, TTL or RS422) and on Ethernet according to IRIG 106 Chapter 10 or IRIS 218-20
- Mission Critical: Redundant Power Supply for Safe Operation
- Multiple Selection Criteria: Selection based on Analog Signal Quality, Majority Vote, Frame Synchronization, DQE/DQM...
- Easy Integration: 2U or 4U Rackabke Chassis Local User-Friendly GUI on 4U Version (Embedded Screen & Keyboard) Remote (client/server)
- DQE/DQM - IRIG 106-17:
- Selection of the Best Source Based on DQE/DQM Information Inserted by the Telemetry Receiver in the Data or on Ethernet
- Telemetry Receiver agnostic
Safran DSI
Safran DSI Testing & Telemetry provides complete, end-to-end solutions covering instrumentation, mission systems, onboard recording, and transmission, through to base stations for data monitoring and control. Our solutions are platform-agnostic and adaptable to customer mission needs.
