18 results about "FeiTeng" patented technology

The utility model discloses a double-guide-rail type multi-extension server based on a Feiteng D2000 platform. The double-guide-rail type multi-extension server comprises a box body, a mainboard, an upper-layer extension module, a lower-layer extension module, a first guide rail assembly, a second guide rail assembly, a hard disk and a power supply, the first guide rail assembly comprises a first guide rail and a first bracket, the first guide rail is connected with equipment, the first bracket is arranged on the box body, and the first bracket is connected to the first guide rail in a front-back sliding mode; the second guide rail assembly comprises a second guide rail and a second bracket, the second guide rail is arranged in the box body, the second bracket is connected to the second guide rail in a front-back sliding mode, and the lower-layer expansion module is arranged on the second bracket; thus, the first guide rail assembly is utilized to enable the box body to be arranged on the equipment in a pluggable mode, and the second guide rail assembly is matched to achieve the effect that the lower-layer expansion module is arranged on the box body in a pluggable mode, so that disassembly and assembly of the upper-layer expansion module and the lower-layer expansion module on the box body are facilitated, follow-up maintenance and replacement are facilitated, the working efficiency of a server is improved, and the application range is wide.

The utility model relates to control management module technical field, concretely relates to a 3UVPX control management module based on Feiteng E2000S, this module takes Feiteng tenglong E2000S CPU as the core, adopts specific package form, possesses advanced characteristic and rich integration function. Network design adopts WX1860AL4 and XPHY0111QFIGR combination, realizes gigabit ethernet interface function. Through leading out two way I2C as IPMB, combine chassis management unit ChMC and board card management unit IPMC, follow IPMI2.0 agreement, realize the collection and control to each module state information in chassis. The module high integration, the performance is superior, can effectively satisfy the multiple needs of rugged chassis management.

The invention discloses a satellite-borne computer device based on a D2000V processor, and belongs to the technical field of satellites. Comprising a processor module, a control module, a storage module, a power module and an external interface module. The processor module adopts a Feiteng D2000V processor to form a minimum hardware system for CPU (Central Processing Unit) operation of the processor; the control module adopts an anti-fuse type or Flash type FPGA (Field Programmable Gate Array) to realize a control management function, and mainly comprises health management functions such as remote control and telemetering information processing, program reconstruction management function, storage channel selection, CPU (Central Processing Unit) start control, CPU on-orbit operation state management, fault diagnosis and the like; the storage module realizes a program storage function of the processor and adopts a multi-redundancy physical backup form, the power supply module realizes input power supply conversion and provides a basic power supply function for the spaceborne computer device, and the external interface module realizes external information interaction of the spaceborne computer device. The reconstruction scheme is flexible, the integration level is high, external interfaces are rich, the space environment adaptability is high, and various satellite processing load requirements are met.

The application provides a system, method and device for clearing CMOS settings on a domestic Feiteng platform, belonging to the technical field of CMOS setting clearing, and the system comprises an MCU, a BMC, a CPU, a first Flash chip, a second Flash chip, a button cell and a server mainboard power supply; the CPU is connected with a first chip selection switch, and the first chip selection switch is connected with the first Flash chip, the second Flash chip and the MCU; the BMC is connected with a second chip selection switch, and the second chip selection switch is connected with the first Flash chip and the second Flash chip; the MCU is connected with the button cell, the server mainboard power supply and the BMC, and the MCU is further connected with a power-on button and a short-circuit PIN. In the case of AC power failure, the application restores the factory settings of the BIOS firmware through the backup Flash chip, reduces the risk of human operation, reduces the loss, and improves the maintenance convenience.

The invention relates to a miniaturized low-power-consumption processor board, and belongs to the technical field of signal processing systems. The processor board takes Feiteng D2000 / 8 as a core, and can realize functions of display, control, storage, external data interface and the like; and the processor board comprises a Feiteng D2000 / 8 processor, a Feiteng bridge chip X100, a BMC (Baseboard Management Controller) and onboard DDR4 particles. The Feiteng CPU, the memory, the network, the serial port and other chips are integrated, more interfaces are reserved on the mainboard, the functions of display, control, storage, external data transmission and the like can be achieved, and the performance requirements in complex application scenes can be met.

The application provides a compatible method, system and medium of a multi-voltage adapter based on Feiteng D3000, first, according to first voltage information input by the adapter, a first switch control signal is generated based on preset voltage threshold comparison logic, then, according to the first switch control signal, a corresponding power supply path is turned on to obtain second voltage information, wherein, for the second power supply path, a first voltage regulating parameter is configured based on preset voltage regulating logic to obtain the second voltage information, and finally, according to the second voltage information, first confidence information is obtained based on preset confidence setting logic to judge whether a redundant protection mechanism is triggered. Through voltage detection and logic decision, the application solves the compatibility problem of the product, and through dynamic voltage regulation and redundant protection, multiple protections are formed to improve the reliability and safety of the product.

The utility model discloses a multi -functional integrated machine based on the processor of flying, including fuselage and camera module, the fuselage inside is provided with mainboard and expansion board, expansion board is connected with mainboard electricity, be provided with flying processor on mainboard, mainboard and expansion board all are provided with a plurality of external interfaces, the fuselage and camera module detachable connection. The utility model discloses in the mainboard outside additional setting expansion board, has increased the external interface, and more USB, multi -serial port can connect more equipment, and the fuselage and camera module detachable connection can be according to different scene and customer requirement, and the convenient quick selection and allocation camera.

The utility model discloses a storage control blade based on FT2000 + / 64, which comprises a processor unit, and the processor unit is electrically connected with a bridge piece unit, a BMC health management unit, a 10-gigabit network card unit, a gigabit network card unit, a CPLD unit, an IPMB interface unit, a clock unit, a hot plug unit and a power rail. The BMC health management unit is electrically connected with the IPMB interface unit; the clock unit and the hot plug unit are electrically connected with the power rail. A domestic Feiteng FT2000 + / 64 core processor is used as a core, front-end data comprehensive processing is completed, and operation resource support is provided for achieving functions of task management, system management, data fusion, comprehensive detection, comprehensive identification and the like. In addition, a Feiteng X100 bridge chip is adopted, and the system has the advantages of being high in universality, flexible in expansion, low in power consumption and the like. The application requirements of various markets can be met, the method can be widely applied to the market fields of desktops / portable terminals, servers, embedded type and the like, and the product competitiveness is effectively improved.

The invention is suitable for the technical field of computers, and provides a BIOS starting method based on a Feiteng platform, the Feiteng platform comprises a Feiteng CPU, a CPLD, a first flash memory, a second flash memory, an MCU and a third flash memory, and the method comprises the steps that when loading of contents of the three flash memories fails to start the BIOS, the CPLD is disconnected with the Feiteng CPU and connected with the MCU; the MCU updates the content of the third flash memory according to the indication of the CPLD; after the updating is successful, the CPLD is disconnected with the MCU and is connected with the Feiteng CPU; and the CPLD controls the Feiteng CPU to load the content of the third flash memory to start the BIOS. According to the application, the backup flash memory can be updated through the MCU, so that the flash memory is prevented from being updated by using a hardware means, and a board card is further prevented from being damaged due to disassembly of the flash memory.

The application discloses a programmable watchdog and timer logic IP design method for a Feiteng processor, a watchdog timeout time register is designed in the watchdog logic IP, a watchdog reset logic carries out internal counting according to the set time, combines the state of a watchdog feeding signal and a watchdog enable signal, and outputs a watchdog reset signal when the counter reaches the value corresponding to the timeout time, so that the programmability of the watchdog timeout time is realized. The timer logic IP realizes the counting control of the programmable timer by instantiating a timer period, a timer emptying and a timer starting register, and outputs an external interrupt to the domestic Feiteng processor after the counter reaches the set value. The application effectively expands the timer resource of the domestic embedded system based on the Feiteng processor.

The invention provides a satellite-borne hyperspectral image anomaly detection method based on Feiteng D2000 and Atlas200, and relates to the technical field of satellite-borne image detection.The satellite-borne hyperspectral image anomaly detection method comprises the following steps that satellite-borne hyperspectral images are obtained and preprocessed, and a hyperspectral anomaly detection training data set is constructed; a hyperspectral anomaly detection MRDNet model is constructed and trained, the trained hyperspectral anomaly detection MRDNet model is transplanted to an Atlas200 module, and the hyperspectral anomaly detection MRDNet model comprises a mask generation module, an image reconstruction module and a detector module; a hyperspectral data processing framework based on a double-queue buffer mechanism is established on a Feiteng D2000 CPU, and the hyperspectral data processing framework comprises a data receiving module, an image sliding window processing module, an intelligent defect detection module and an abnormal target merging module; and identifying potential abnormal targets in the satellite-borne hyperspectral image by using a hyperspectral data processing framework based on a double-queue buffering mechanism.

The application discloses a kind of digital twin emergency plan simulation system and method based on Feiteng CPU, belong to the field of emergency plan, including Feiteng CPU, i3D three-dimensional interactive application engine based on Feiteng CPU and simulation operation unit based on i3D three-dimensional interactive application engine, the simulation operation unit is based on Feiteng CPU architecture under operation, and i3D three-dimensional interactive application engine is used on the Feiteng CPU hardware server.It can be synchronized to twin system in the accident information, dispatch information, emergency measures and the like during accident emergency, can be kept running while synchronously maintaining emergency simulation system, and the complete reproduction, simulation of accident is carried out using twin system.

The invention relates to a BMC verification carrier plate and method for a high-density computing blade, and designs a domestic Feiteng BMC verification carrier plate for the high-density computing blade, and the verification carrier plate design mainly comprises a BMC interface design, a basic verification module design, a multi-node serial port communication verification module design and a large-scale sensor monitoring verification module design. Verification and testing of functions of high-density calculation blade multi-node SOL, multi-node serial port caching, large-scale sensor state monitoring and the like are mainly supported, and the efficiency of parallel acquisition of multi-path large-scale monitoring data is fully tested.

1. Name of the design product: industrial computer (Fengten D3000M embedded fanless). 2. Use of the design product: used for industrial computer of localization motion control, automation, etc. 3. Design points of the design product: in shape. 4. Picture or photo that best indicates the design points: perspective view.

The application discloses a kind of based on the booting method and device of operating system of Feiteng processor platform, the method includes when detecting the selection operation of real-time operating system, read target file corresponding to real-time operating system, and determine system type according to the identification data in target file;Head data is determined in target file based on system type, and the entry address corresponding to real-time operating system is obtained according to head data;Real-time operating system is guided based on system type and entry address processing.The application is parsed to the file head of the ELF format file of real-time system, to obtain system type and entry address, and address jump is realized using the function corresponding to system type, to complete the booting of real-time operating system, in addition, before detecting the selection operation of real-time operating system, booting system option can be added in UEFI BIOS interface, to solve the problem that booting real-time operating system and installing Linux operating system cannot be considered.

The application discloses an industrial PCB collaborative control method based on open source Hongmeng and Feiteng CPU, and particularly relates to the technical field of industrial automation production line control, and is used for solving the problem that quality control instructions and board card physical flow are difficult to accurately synchronize in the existing PCB production line, leading to the problem of adjustment instruction lag or misoperation. A unique identifier is generated for each printed circuit board, and the position thereof is tracked in real time. When the board card enters a synchronous control area, the state of each execution device is acquired by the Feiteng CPU. Based on the state consistency, a data query strategy is selected, and node state feedback and quality data are collected. The system consensus convergence rate and the phase frequency characteristic distortion index are calculated, and the trigger time point of the control instruction is dynamically adjusted when the index is abnormal. The corrected instruction is sent to the execution device through the open source Hongmeng distributed soft bus, so that high-precision collaborative control of the instruction and the board card flow is realized, and the real-time performance and reliability of the closed-loop quality control are improved.

This invention provides a portable computer audio circuit based on the Phytium platform, comprising: a Phytium processor, a DeepRay audio decoding chip, a first AWEI digital amplifier chip, a second AWEI digital amplifier chip, a first speaker, a second speaker, a third speaker, a fourth speaker, a fifth speaker, and a sixth speaker. The Phytium processor is communicatively connected to the DeepRay audio decoding chip, the DeepRay audio decoding chip is communicatively connected to the first AWEI digital amplifier chip, the second AWEI digital amplifier chip, the first speaker, and the second speaker, the first AWEI digital amplifier chip is communicatively connected to the third and fourth speakers, and the second AWEI digital amplifier chip is communicatively connected to the fifth and sixth speakers. This invention provides a fully domestically produced portable computer audio solution, capable of delivering an ultimate sound experience to consumers.

The application discloses a reinforced memory design method, system and device and a storage medium, relates to the technical field of memory system design, and comprises a 6U board, an FT2000+ / 64 main chip and other components installed on the 6U board, adopts surface-mounted memory particles for memory arrangement, uses eight channels of a CPU, and each channel has one Rank; each Rank has eight memory particles, which are four front memory particles and corresponding four back memory particles; for each Rank, data signals are directly connected from each chip pin of the CPU to the eight memory particles, signals are sent from the CPU, a serial mode is adopted, and each memory chip is passed through. The application is based on the FT2000+ / 64 main chip 6U board design of the Feiteng platform, can fully utilize eight memory channels of the main chip, optimizes signal integrity, and thus improves memory frequency and total memory bandwidth.