Find Verified Expander Processor T8310 T8310C P8310 Suppliers, Manufacturers and Wholesalers

Description The Trusted TMR expander processor module resides in the processor slots of the Trusted expander chassis and provides the slave interface between the expansion bus and the expander chassis backplane. The expander bus allows multiple chassis systems to be implemented using UTP cable connections whilst maintaining the fault tolerant, high bandwidth inter-module bus (IMB) capabilities. The module provides fault containment for the expander bus, the module itself and the expander chassis, ensuring that the effects of these potential faults are localized and system availability maximized. The module is fault tolerant with Hardware Implemented Fault Tolerant (HIFT), Triple Modular Redundant (TMR) architecture. Comprehensive diagnostics, monitoring and testing provide rapid fault identification. Hot standby and module sparing configurations are supported, allowing automatic and manual repair strategies. Communication between the expander processor and the TMR processor is via the TMR expander interface module and the triplicated expander bus. The expander bus is triplicated, point-to-point architecture. Each channel of the expander bus comprises separate command and response media. Voting is provided at the expander bus interface to ensure that cable faults are tolerated, and the remainder of the expander processor operates in a fully triplicated mode, even in case of cable faults occurring. Communication between the expander processor and the I/O modules in the expander chassis is via the IMB on the backplane of the expander chassis. The IMB is identical to that within the controller chassis, providing the same fault tolerant, high bandwidth communications between the interface modules and the TMR processor. As with the expander bus interface all transactions are voted, localizing faults to Fault Containment Region (FCR) within the IMB should occur. The TMR expander processor module derives its internal voltages from dual redundant +24V dc power supplied via the module connector from the Trusted expander chassis backplane. Each FCR derives the required supplies independently. Non-critical monitoring and module status display functions (front panel LEDs) are also provided. Features Triple Modular Redundant (TMR), fault tolerant (3-2-0) operation. Hardware Implemented Fault Tolerant (HIFT) architecture. Dedicated hardware and software test regimes which provide fast fault recognition and response times. Automatic fault handling without nuisance alarming. Hot replacement. Front panel status LEDs.

Expanding hose, nonwoven fabric, kitchen garbage processor, shopping basket, shopping trolley, medical assistant, garden chair, relax chair, swing, bladeless fan (air multiplier), gasolined chain saws, sport bottle, garden hose.

Trustedâ?¢, the ICS Triplex flagship product, has the smallest footprint in the industry. It uses RunSafeâ?¢ 3-3-2-0 fault-tolerant control to virtually eliminate spurious trips and offers the highest availability and lowest cost of ownership of any SIL3 rated safety system available. T8100,T8110B,T8110C,T8120,T8121,T8122,T8123,T8151B,T8151C,T8153,T8160,T8161,T8162,T8191,T8192,T8193,T8194,T8200,T8202,T8220,T8222,T8225,T8230,T8231,T8232,T8233,T8234,T8235,T8240,T8243,T8247,T8270,T8271,T8272,T8273,T8290,T8292,T8293,T8294,T8300,T8310,T8311,T8312-4,T8312-7,T8314,T8380,T8402,T8403,T8423,T8424,T8431,T8432,T8433,T8448,T8449,T8451,T8461,T8471,T8472,T8480,T8800,T8801,T8802,T8805,T8821,T8824,T8830,T8831,T8832,T8833,T8835,T8840,T8842,T8846,T8850,T8870,T8871,T8891,T8901,T8902,T8903,TC-001-02,TC-002-02,TC-003-02,TC-004-02,TC-006-02,TC-011-02,TC-201-02,TC-203-02,TC-205-02,TC-207-02,TC-209-02,TC-210-02,TC-211-02,TC-212-02,TC-221-02,TC-301-02,TC-302-02,TC-303-02,TC-304-01,TC-305-01,TC-306-02,TC-308-02,TC-311-02,TC-312-02,TC-313-02,TC-314-02,TC-320-01,TC-323-01,TC-501-02,TC-503-02,TC-504-02,TC-505-02,TC-507-02,TC-509-02,TC-510-02,TC-511-02,TC-512-02,TC-517-02,TC-601-02,TC-701-02,TC-801-02 T8100C,T8120C,T8121C,T8122C,T8123C,T8153C,T8231C,T8232C,T8240C,T8293C,T8300C,T8310C,T8311C,T8314C,T8403C,T8424C,T8431C,T8432C, T8433C,T8448C,T8449C,T8451C,T8461C,T8471C,T8480C,T8800C,T8801C, T8830C,T8831C,T8833C,T8842C,T8846C,T8850C,T8891C,T8312-4C,T8312-7C,T8131,T8173,T8444,T8834,T8841,T8295,T8296,T8297,T8201,T8226,T8086,TC322-02,TC324-02,TC325-02,TC-310-02,TC-321-01,TC-322-02,TC-324-02,TC-325-02,TC-521-02

1. Expands up to 3-4 times it's length 2. Automatically contracts when water is turned off 3. Super strong and lightweight 4. Never tangles or kinks Three types: 3 metres, 5 metres, 7 metres.

Fashionable, safe, the wind is more stable, easy cleaning.

Reduce the waste going to landfill.

For gift, accessory for mountain bike, backpack canteen.

Description The Trusted TMR expander interface module resides in the Trusted controller chassis and provides the master interface between the inter-module bus (IMB) in the controller chassis and the expander bus. The expander bus allows multiple chassis systems to be implemented using UTP cable connections whilst maintaining the fault tolerant, high bandwidth IMB capabilities. The module provides fault containment for the expander bus, the module itself and the IMB in the controller chassis, ensuring that the effects of these potential faults are localized and system availability maximized. The module is fault tolerant with Hardware Implemented Fault Tolerant (HIFT), Triple Modular Redundant (TMR) architecture. Comprehensive diagnostics, monitoring and testing provide rapid fault identification. Hot standby and module sparing configurations are supported, allowing automatic and manual repair strategies. Communication between the expander interface and the TMR processor is via the IMB on the backplane of the controller chassis. The IMB provides fault tolerance and high bandwidth communications between the interface modules and the TMR processor. All transactions are voted, localizing faults to a Fault Containment Region (FCR) within the IMB they occur. Communication between the interface module and the TMR expander processor in the expander chassis is via the expander bus. The expander bus is triplicated, point-to-point architecture. Each channel of the expander bus comprises separate command and response media. Voting is provided at the expander bus interface to ensure that cable faults are tolerated, and the remainder of the expander processor operates in a fully triplicated mode, even in case of cable faults occurring. The TMR expander interface module derives its internal voltages from dual redundant +24V dc power supplied via the module connector from the Trusted controller chassis backplane. Each FCR derives the required supplies independently. Non-critical monitoring and module status display functions (front panel LEDs) are also provided. Features Triple Modular Redundant (TMR) fault tolerant (3-2-0) operation. Hardware Implemented Fault Tolerant (HIFT) architecture. Dedicated hardware and software test regimes which provide fast fault recognition and response times. Automatic fault handling without nuisance alarming. Hot replaceable. Front panel status LEDs.

Processor via vt8500( arm926ej-s) Os windows ce 6.0 Memory 128mb ddrii Hdd 2gb nand flash , can use external 250gb portable hdd &16gb sd card Screen íó size 7" tft 800*480 digital screen Touchpad : full mirror face, high sensitive touch screen operation Wifi :support 2.4ghz 802.11b/g Usb port : 1íßusb high speed 2.0 Usb port: 1*mini 5pin usb port Expandable port :30pin apple standard port, can expand to rj45/audio Card reader : all-in-one card reader Sound :built-in stereo speaker Support hifi audio frequency Built-in microphone Battery :2 cell polymer battery:1300mah Time : standby 3hrs / work time: 2hrs 0.7kg

Settelite PC Recommended Use Home Use Processor Intel Pentium 4 3.2 GHz Mobile Technology Wi-Fi Certified Installed Memory 512 MB (DDR SDRAM) Display 17 in. WXGA TFT Active Matrix Operating System Microsoft Windows XP Home Edition Processor Processor Type Pentium 4 Processor Manufacturer Intel Processor Speed 3.2 GHz Motherboard Bus Speed 533 MHz Display Display Tech WXGA TFT Active Matrix Display Size 17 in. Display Color Support 24-bit (16.7 million colors) Display Max. Resolution 1440 x 900 Technical Features Expandability 1 x Type I/II PC Card Slot, 1 x SD Card Slot, 1 x Memory Stick Card Slot, 1 x MMC Card Slot, 1 x Memory Stick PRO Security Features Screen Blank (Hotkey), Slot For Cable Lock, Power-On Password, Administrator Password, HDD Screws, Memory Screws Hard Drive Hard Drive Capacity 80 GB Hard Drive Rotation Speed 4200 RPM Storage Controller Type (List) EIDE Memory Installed RAM 512 MB RAM Technology DDR SDRAM Max Supported RAM 2048 MB RAM Speed 333 MHz Installed Cache Memory 1024 KB CD / DVD CD / DVD Type DVDªRW/CD-RW Video Graphic Processor ATI MOBILITY RADEON 9000 Audio Audio Output Type Headphones, Sound card, Speaker(s) Audio Input Type Integrated Microphone, Microphone Modem Modem Type Fax / Modem Analog Modulation Protocol ITU V.92 Networking Networking Type Integrated 10/100, Integrated Wireless LAN Data Link Protocol Ethernet, Fast Ethernet, IEEE 802.11g Battery Battery Technology Lithium ion Battery Run Time 2 Hour(s). Warranty Warranty 1 Year World Wide Warranty Yes, Limited Miscellaneous Input Method Keyboard, Touchpad Platform PC MPN psp30u-01q001 Dimensions Width 16.5 in. Depth 11.5 in. Height 1.85 in. Weight 9.49 lb.

I pad style 7 Inch touch screen MID(notebook) UG-LM7003 Processor VIA VT8505 OS support Google android 1.7 Memory128MB Storage2GB LCD amirror face, HIGH sensitive touch screen operation WiFi Support 802.11b/g USB Port USB high speed 2.0 X 1 LAN can expand to RJ45 Card reader MMC/SD card Sound Built-in speaker Battery polymer battery: 1800MAH Time 2--3 hours Weight 0.7KG Size 7inch Flash disk is updated to 4G Add US $3.00 Carrying bag: Add US $2.80 Laptop size 21.3X14.1X3.21CM Box size 30X22.2X6CM 10PCS box size 63X32X24.5CM Net weight: 0.68KG Gross weight: 1.2KG.

Description The Trusted TMR 24V dc digital input module interfaces to 40 field input devices. A wide input voltage range and programmable thresholds allow the module to be used in current source and current sink configurations. Comprehensive diagnostic tests are performed on each input channel, including tests for stuck on and stuck off failures. Fault tolerance is achieved through Triple Modular Redundancy (TMR) within the same module for each of the 40 input channels. When a line-monitoring device is installed at the field switch, the module can detect open and shorted field cables. Line monitoring can be independently configured for each input channel. The module provides on-board sequence of events (SOE) reporting with a resolution of 1ms. A change of state triggers an SOE entry. States are determined by programmable voltage thresholds that can be configured on a per channel basis. When the field voltage and field return are connected to the auxiliary input channels of the module, thresholds can be specified as a ratio of the current field supply voltage. Each triplicated section of the module, referred to as a slice, conditions and measures each channel independently. Each slice is optically isolated up to 2500V dc. Each slice sends its data to a safety layer hardware voter that presents the information from all three slices to the Trusted TMR processor. When a fault is detected on a slice of the module, the Trusted TMR processor will flag the error, indicating the need to replace the module. The Trusted TMR processor will continue to use the information provided by the remaining two slices until a replacement module is available. Replacement modules can be located in a standby slot next to the module or in a designated SmartSlot with a temporary connection to the same Trusted termination assembly. Modules may be placed in any I/O module slot in a Trusted processor chassis or expander chassis. Once the I/O module configuration is set, mechanical keying is available on all I/O modules to prevent inserting a module into an incorrect slot. Configuration of the module is carried out using the Trusted Toolset running on an engineering workstation. Once configured and loaded into the Trusted controller, replacement modules are online educated by the TMR processor. Features 40 TMR input channels per module. Comprehensive diagnostics and self-test. Line monitoring on a per channel basis. 2500V dc optically isolation. On-board 1ms resolution sequence of events reporting. Hot replaceable. Front panel status LEDs for each channel. Module fault and status indicators. IEC 61508, SIL 3 safety applications.

Description The Trusted TMR analogue input module interfaces to 40 single-ended field input devices. A wide input range and programmable thresholds allow the module to be used in most voltage or current configurations. Comprehensive diagnostic tests are performed on each input channel, including tests for out of range values and stuck at failures. Fault tolerance is achieved through Triple Modular Redundancy (TMR) within the same module for each of the 40 input channels. The module can apply a digital filter to each input channel. Individual channels can be configured for high noise immunity (50Hz or 60Hz rejection), low noise immunity (fast response) or pass-through operation (no filtering). Each input channel has four configurable state thresholds, which may be assigned to SOE reporting. A change of state triggers an SOE entry. The on-board sequence of events (SOE) reporting has a resolution of 1ms. Each triplicated section of the module, referred to as a slice, conditions and measures each channel independently. Each slice is optically isolated up to 2500V dc. Each slice sends its data to a safety layer hardware voter that presents the information from all three slices to the Trusted TMR processor. When a fault is detected on a slice of the module, the Trusted TMR processor will flag the error, indicating the need to replace the module. The Trusted TMR processor will continue to use the information provided by the remaining two slices until a replacement module is available. Replacement modules can be located in a standby slot next to the module or in a designated SmartSlot with a temporary connection to the same Trusted termination assembly. Modules may be placed in any I/O module slot in a Trusted processor chassis or expander chassis. Once the I/O module configuration is set, mechanical keying is available on all I/O modules to prevent inserting a module into an incorrect slot. Configuration of the module is carried out using the Trusted Toolset running on an engineering workstation. Once configured and loaded into the Trusted controller, replacement modules are online educated by the TMR processor. Features 40 TMR input channels per module. Comprehensive diagnostics and self-test. 2500V dc optically isolation. Digital signal filtering on a per channel basis. Four user configurable thresholds per channel. On-board 1ms resolution sequence of events reporting. Hot replaceable. Front panel status LEDs for each channel. Module fault and status indicators. IEC 61508, SIL 3 safety applications.

http://armdevs.Com/ipc-sama5d35.Html Working temperature: -40 to +85 celsius Atmel sama5d34 cortex-a5 cpu, 536 mhz 512 mb ddr2 sdram, 256 mb nand flash Two ethernet support Tft lcd with touchscreen, audio Can, rs485, rs232 support Cm-sama5d35 cpu board feature Cpu processor Atmel sama5d35 arm processor Cortex-a5, working at 536mhz. Ddr2 ram memory 256mb ddr2 ram, 32bit data bus Flash memory 256mb nand flash 4mb spi flash Pin interface 2 x 60 pin 2.0mm space dip connector 1 x 30 pin 2.0mm space dip connector Two ethernet and seven serial port Resource: usb, ethernet, serial, ssc audio, can, sdio, spi, iic, gpio On-board resources Integrated 1gmbit ethernet on board 2 x led Supply voltage 3.3v Pcb size 8 layer, 52 x 64 (mm) Low power consumption, only 0.5w Ipc-sama5d35 base board feature Ethernet Two ethernet port > one gbit ethernet support, rj45 interface > one 100m ethernet support, rj45 interface Serial port Total seven serial port: > debug serial: rs232 level, db9 connector > usart0: rs485 level, connector > usart1: ttl level(5-wire, expand with 2x5pin header com ) > usart2: rs232 level(expand with 3.81 connector) > usart3: ttl level(5-wire, expand with 2x5pin header com ) > uart0: ttl level(3-wire, expand with 2x5pin header com) > uart1: ttl level(3-wire, reused with the audio chips) Can bus: 1 x can bus 2.0 Standard interface Two usb host One usb device interface One audio in/out interface One tf card interface Board resource Key: 3 user key, contain one reset key and two user key One rtc battle Gpio: 16 gpio interface Pcb size: 145 x 110mm, 2 layer Power in: 12v System: linux 3.6.9 Software support U-boot Support update the system by usb disk Support update the system by ethernet Version: linux 3.6.9 Driver support Can driver: support can bus

--EMV2000 Terminal Standards compliant --PBOC IC Card Terminal Standards compliant --PBOC Magnetic Card Terminal Standards compliant --Built-in 32bits ARM Processor --Large Expandable Memory. Technical Specifications: --CPU 32 bits ARM-based RISC CPU, running frequency 60MHz. --Program Memory 16Mbit flash memory (expanded to 512Mbit). --Run Extensity 64Mbit SDRAM (expanded to 128Mbit). --Data Memory 4Mbit SRAM (expanded to 16Mbit). --Display 128 x 64 pixels and EL backlightKey 11 numeric keys and 8 functional keys. --Magnetic Card Reader Accords with GB/T15120 (ISO7811) standards Magnetic stripe 2/3, 1/2 or 1/2/3. --IC Card Reader/writer Accords with GB/T16649 (ISO7816) Standards and EMV2000 1 user card, 1 merchant card. Async/Sync T=0/T=1, support synchronization. --PSAM 3 SIMS, Accords with ISO7816 standards and EMV2000. --Communication Accord with CCITT V.22 bis/BELL 212A Internal Modem Support Async /Sync communication ISO8583/VISA I/II ETHERNET, TCP/IP, GSM, GPRS. --External Port RS232, 1 I 2 C BUS, 1 ETHERNET Printer Thermal line printer, printer width 57.5mm, speed 2.5 rows/s. --Power AC 110V-220V 50Hz 1A, DC 8V 0.8A. --Environment Operating temperature 41F-104F. --Relative Humidity 20%-90%. --Dimension Terminal 260*130*90mm. --Security DES/3DES/RSA. Neutral Packing.

Description The Trusted TMR 24V dc digital output module interfaces to 40 field output devices. Outputs are arranged in five groups of eight outputs. All outputs in a group share a common power source and return. Fault tolerance is achieved through Triple Modular Redundancy (TMR) within the same module for each of the 40 output channels. The module provides on-board sequence of events (SOE) reporting with a resolution of 1ms. The event is the actual sensing of the field device loop current. Each triplicated section (slice) of the module, receives output data from the Trusted TMR processor and sends its data to an internal safety layer hardware voter. Each slice uses the voted data to control the outputs. Every output channel consists of a six-element voted array. The output switch array provides fault tolerant, uninterrupted control under an output switch failure condition. Output switching and fault diagnostics comply with the demanding requirements of IEC-61508 SIL-3 for First fault - Fault tolerant, and Second fault Fail-safe outputs. When a module fault is detected, the Trusted TMR processor will flag the unhealthy condition, indicating the need to replace the module. Control continues until a replacement (healthy) module is available. Replacement modules can be located in a standby slot next to the module or in a designated SmartSlot with a temporary connection to the same Trusted termination assembly. Each output is user configurable to perform line monitoring of the connected field devices to detect field wiring and load failures. Automatic over-current protection is inherent in every output circuit which eliminates the need for fuses. Modules may be placed in any I/O module slot in a Trusted processor chassis or expander chassis. Once the I/O module configuration is set, mechanical keying is available on all I/O modules to prevent inserting a module into an incorrect slot. Configuration of the module is carried out using the Trusted Toolset running on an engineering workstation. Once configured and loaded into the Trusted controller, replacement modules are online educated by the TMR processor. Features 40 TMR output channels per module. Five isolated groups of eight outputs each. Six-element voted output array. Comprehensive diagnostics and self-test. Guaranteed, First fault fault tolerant, Second fault fail-safe. Line monitoring on a per channel basis. Automatic over-current protection no fuses required. 2500V dc optically isolation. Hot replaceable. Front panel status LEDs for each channel. Module fault and status indicators. IEC 61508, SIL 3 safety applications. On-board 1 ms resolution sequence of events reporting.

Canon EOS-1D X Mark III is a powerful DSLR designed for sports, wildlife, and other trying and dynamic imaging applications. Designed as the flagship of the EOS system, the 1D X Mark III is characterized by its refined processing capabilities and distinct speed to suit both photo and video applications. Featuring a newly designed 20.1MP full-frame CMOS sensor and updated DIGIC X image processor, this camera is capable of continuous shooting rates up to 16 fps with the optical viewfinder or 20 fps in live view, with a 1000-shot buffer when shooting raw+JPEG. Complementing this speed is an impressive native sensitivity range from ISO 100-102400, that can be expanded to ISO 50-819200, to suit working in a variety of lighting conditions. Also benefitting the speed is the EOS iTR AF X autofocus system, which uses 191 points for quickly and accurately acquiring focus. It also enables Face Tracking and Head Detection AF functions, which use Deep Learning Technology, to maintain critical focus on moving subjects. Additionally, when working in live view, Dual Pixel CMOS AF uses 3869 manually selectable points and provides a smooth, natural focusing quality akin to the way a camcorder acquires focus.

Type: glass-free 3d tablet pc Screen size : 7inch Processor: all winner a20 dual core Ram: 1gb ddr3 Nand flash: 8gb Expand memory: 32gb micro sd card (tf card) Display resolution: 1280x 800 pixels Display ratio: 16:9 Touch panel type: capacity Touch screen: multi-touch Operating system: android 4.0.4 Os menu: english /multi-language Brand name: oem Feature: bluetooth, wifi, webcams, g-sensor, camera, phone call Camera: 0.3mp back camera 2.0mp back Wifi: 802.11 b/g/n 3d video: glasses free 3dvideo, support mkv, avi, mp4, 3gp, flv etc. L&r 3dvideo format 3d picture: glasses free 3d picture support jpg, png, gif, bmp etc.L&r 3d picture format Best view distance: 30-50cm Battery: li-polymer rechargeable battery 3000 mah 3.7v Power jack: ac 110~240v 50/60hz; dc 5v/2a Packing details: accessories: usb cable/ac adaptor/user manual Color box : 193*124*10.5mm

navTrack Hardware Unit Specifications : Barcode Reader, Car navigation system, Printer, Bio-metric finger print readers, RFID Card readers + 32 bit ARM Processor for application processing with different logics for communication to Central Server, with inbuilt full Logging system + Inbuilt Backup Battery to detect the main supply failure and send alerts to Center Server, usually due to break-in or tempering. + Micro SD Card 256/512Mb for storing the position and other data. Up to one year of data is stored in the unit. + GPS LED indication showing status of GPS + LED indication showing status of GSM. + SOS Key to send alert under emergency condition. + Voice Key to pickup incoming calls, OR to dial out single number of Call Center. + ACC input to monitor vehicle usage and idle time. + 2 Digital Inputs, 2 Analog Inputs, 1 Digital output, and 3 other configurable Input/Output connections to monitor or control various thing of vehicle. + Two RS232 communication can be used for connecting various other devices, like or to expand for any other lengency system. + Separate Hands Free connections for Voice communication. + Wide range of External Supply from 9V to 28V suitable for most of vehicl.