Obsolescence Replacement
From time to time you may be confronted with board end-of-life problems. This has happened to I/O, A/D, D/A and FPGA-based products from SBS, VMIC, Motorola, Ramix, Condor, TEWS and Acromag, to name just a few. Board obsolescence can be disastrous to budgets and schedules. However, instead of expensive and time-consuming re-engineering, you can obtain Form, Fit and Function drop-in replacements in virtually any standard form factor from Noble Techniques. This can help you to avoid additional engineering expenses, and can allow you to keep your existing hardware/software and documentation.
Additional Products and Services
COTS
Noble Techniques has over 100 standard COTS board-level products in virtually all standard form factors, including VME, VXI, PCI, Compact PCI, PCI Express, PCI Express Mini, Industry Pack, PMC and XMC. Board-level products provide functionality in Analog A/D and D/A, Digital I/O, Serial I/O, 1553, ARINC, CAN, USB, Servo Controller and Signal Conditioning, and FPGA.
COTS-PLUS
Using a standard Noble Techniques COTS product as a starting point, the COTS product is tailored to meet your specific requirements.gives the COTS-PLUS product a new unique part number, making it easy to place orders in the future.
BUILD TO PRINT
Noble Techniques CCAs, boards, cables, boxes and complete racks built to your drawings, specifications and delivery requirements. During the build process, drawings are updated with your approved changes, and the completed drawing package is returned at the end of the job. Unique part numbers are assigned as required.
DESIGN TO SPECIFICATION
Noble Techniques designs to your product specifications, manufacturing standards and delivery requirements. Periodic design reviews are conducted according to your schedule. On-site inspections are conducted as required. Unique part numbers are assigned.
FPGA DESIGN
Noble Technique ; FPGA designs to your specification, for both Altera (Intel) and Xilinx devices. This includes device selection, logic design, state machine design, pin assignment, test suite development and device testing.
Noble Techniques has a ISO 9001:2015 and AS9100D certified manufacturing facility, and ITAR registered.
All of Noble Techniques have been designed and manufactured in the USA since 1986.
Noble Techniques are pleased to inform you of our offering and capabilities
Design and manufacture of board-level and embedded products
- MIL-STD-1553
- Digital, Analog, Serial and Multifunction I/O
- Digital Servo Control
- FPGA and Microcontroller
Standard products and custom designs
- PCI and PCI Express
- Mini PCI and Mini PCI Express
- Compact PCI
- VME and VXI
- COM Express
- Industry Pack
- PMC and XMC
- Replacement Boards and Firmware for other manufacturers’ obsolete products
Complete solutions
- Integrated hardware and software – from boards, to subsystems, to cabinets
- Driver development
- Application software
- Long-term support
- Documentation
Noble Techniques has been providing our customers with state of the art Embedded Systems and I/O Solutions. In addition, has focused on the design, manufacture and integration of leading-edge Data Acquisition and Digital Servo Control systems and subsystems.
We also offer our services to customize hardware, software and firmware to meet our customers’ specific system requirements.
MIL-STD-1553:
- Ball Aerospace/NASA Joined Polar Satellite System (JPSS) 1553 Communication (based on PMC-1553-2: Hardware and VxWorks® driver)
- Lockheed Martin Aerospace Replacement for obsolete 1553 CCA from another manufacturer (hardware and firmware – drop-in with no system hardware or software modifications needed)
- Lockheed Martin Maritime Systems & Sensors AN/WLD-1 Remote Mine Hunting System – Organic Mine Reconnaissance for the Littorals (based on IP-1553: Hardware and VxWorks driver)
- Northrop Grumman E-8 Joint Surveillance Target Attack Radar System (Joint STARS) PCI base1553 card for downstream data display (based on PMC-1553-2: Hardware and Windows driver)
- Lockheed Martin Advanced Extremely High Frequency (AEHF) 1553 Communication (based on PMC-1553-2: Hardware and VxWorks driver)
CAN BUS:
- General Dynamics C4 Systems, Inc. 2 Channels CANbus Controller (based on PCIe-MINI-CAN: Hardware, Windows / Linux® based CAN control software)
DATA ACQUISITION and CONTROL:
- Boeing Company/Northrop Patriot Advance Capability-3 (PAC-3) 8-channel Data Acquisition with DSP C31 controlled capability (based on PCI-4PACK: PCI hardware and Windows® driver)
- Boeing/USAF C-17 System Integrator Simulator – High-speed data acquisition and digital servo control system (based on VDSP-431: VME hardware/software system)
- Boeing Helicopter 16-channel load/displacement digital servo control system for Strap Pack test fixture (based on VDSP-31: VXI hardware and LabWindowsTM software)
- Honeywell Aerospace Large-scale system for data acquisition and control – Real-time data logging, archive and data base retrieval, LAN with Allied Signal Fluid Systems network (based on VME-C31: VME hardware and LabWindows software, including custom GUI)
- Raytheon Missile Systems Small Missile Test (based on PCI-4SIP: Hardware and Linux driver)
CUSTOM SYSTEMS:
- Boeing Helicopter Intelligent Waveform Generator for the five-blade rotor hub (custom embedded microprocessor board, IEEE-488 control with Rocky Mountain BASIC software)
- General Dynamics GeoEye-1 and -2 Control System, using ITT Imaging System (based on Industry pack: FPGA code and LabVIEWTM driver)
- ITT Dummy Gun Director – Laser Controller Synchro Resolver Simulator (based on CPCI-4APCK: cPCI hardware/software system to replace obsolete equipment)