Phison proxy download

Phison Electronics Corp. (TPEX:8299) Taiwan · Delayed Price · Currency is TWD 593.00 -1.00 (-0.17%) Mar 18, 2025, 1:10 PM CST In the year 2024, Phison Electronics had annual revenue of 58.94B TWD with 22.22% growth. Phison Electronics had revenue of 12.57B in the quarter ending December 31, 2024, a decrease of -20.17%. Revenue / Employee 28.72M Revenue Chart Revenue History Fiscal Year End Revenue Change Growth Dec 31, 202458.94B10.71B22.22% Dec 31, 202348.22B-12.03B-19.97% Dec 31, 202260.26B-2.30B-3.68% Dec 31, 202162.56B14.06B28.99% Dec 31, 202048.50B3.80B8.51% Dec 31, 2019 Pro Pro Pro Dec 31, 2018 Pro Pro Pro Dec 31, 2017 Pro Pro Pro Dec 31, 2016 Pro Pro Pro Dec 31, 2015 Pro Pro Pro Revenue Definition Revenue, also called sales, is the amount of money a company receives from its business activities, such as sales of products or services. Revenue does not take any expenses into account and is therefore different from profits. Full Definition Phison Electronics News More News

TweakTown's Rating: 90%The Bottom LineHigh endurance and Gen4 speeds make the IronWolf 525 worth a close look. Introduction & Drive Details Seagate sees its new IronWolf 525 SSDs as the ideal fit for those who want the advantages Gen4 SSDs bring to the table over Gen3 but don't necessarily need an expensive hyper-class SSD. The IronWolf 525 series offers sequential throughput of up to 5 GHz, class-leading reliability, and high endurance. Seagate feels that its newest Gen4 SSD offers best-in-class TCO backing it with a 5-year limited warranty and industry-leading rescue data recovery services that are included as complimentary for three years.The IronWolf 525 series is again a Phison/Seagate collaboration. The drive is most similar to Seagate's own FireCuda 520 series in that it features a Seagate enhanced Phison E16 Gen4 x4 controller in front of a Kioxia BiCS 4 flash array. So, what does Seagate enhanced mean? Take the firmware, for example. It's not your standard Phison E16 firmware. The IronWolf 525, like other Seagate/Phison collaborations, runs on firmware and embedded software exclusive to Seagate.One such exclusive embedded software application is what Seagate calls IronWolf Health Management or IHM. IHM analyses certain critical drive health parameters over time and notifies the end-user of potential problems and remedial actions to reduce the chance of data loss. In short, Seagate's new IronWolf 525 Series offers enhanced performance, endurance, compatibility, and reliability measures make it a sound overall choice for PC and NAS applications. Now let's see what the numbers have to say. Drive Details VIEW GALLERY - 32 IMAGES Jon's Test System Specifications Motherboard: ASUS ROG Maximus XIII HERO - Buy from Amazon CPU: Intel Core i9-11900KF - Buy from Amazon Cooler: Alphacool Eissturm Hurricane Copper 45 - Buy from Amazon RAM: XPG DDR4 D50 Xtreme 5000MHz 16GB (8GB x 2)

Phison aiDAPTIV+: Hybrid AI Solution Combines SSD Caching and GPUs for Training Large Language Models 2 March, 20251.046Views0 Comments Phison has recently showcased its aiDAPTIV+, a hybrid hardware and software solution designed to make large-language model (LLM) training more cost-effective and accessible, leveraging NAND flash technology to enhance efficiency. AI workstations and servers use it to support models like Llama, Falcon, Whisper, and ResNet.The Hybrid AI hardware solution allows small and medium-sized businesses to train significantly larger AI models beyond previous limitations, scaling up to Llama-3 70B and Falcon 180B. It features seamless integration with GPU memory, utilizing aiDAPTIVCache for low-latency processing. It also includes high-endurance AI100E SSDs with a 100 DWPD rating for durability. Besides, with a focus on security, ease of deployment, and cost savings, aiDAPTIV+ is ideal for AI applications in industries requiring on-premises data control and scalable model training.This design enables organizations to train complex models like Llama-2 7B on standard off-the-shelf hardware while ensuring low-latency processing and high-endurance storage (100 DWPD) with SLC NAND.Additionally, the aiDAPTIV+ middleware optimizes data flow between GPU memory and SSDs by assessing AI model requirements, detecting inactive data segments, and offloading them to SSDs. This approach expands the GPU’s available memory, enabling the training of significantly larger models than its built-in capacity would allow.Previously, we have covered some NVME SSDs like WD Blue SN500 and Greenliant SATA M.2 ArmourDrive. These two are not anything like the Phison aiDAPTIV+.Phison aiDAPTIV+ Hybrid AI Solution Specifications:Processor: Not specified (depends on workstation configuration)GPU: Up to 4x RTX 6000 AdaGPU Memory (GDDR): 192GBMemory (RAM): 512GBStorage:AI100E SSD (High-endurance, 100 DWPD over 3 years)2x 2TB aiDAPTIVCache for GPU memory extensionSupported AI Models:LLMs: Llama, Llama-2, Llama-3, CodeLlama, Vicuna, FalconVision and Audio: Whisper, Clip Large, ResNet, MetaformerOthers: TAIDE, Deit base, Mistral, and moreAI Framework: PyTorchMiddleware: Optimized for GPU memory

NEW DELHI, Dec 19: Electronics company Micromax and Taiwan’s storage chip company Phison have set up a joint venture, MiPhi, to design and manufacture artificial intelligence-enabled storage chipsets modules locally, a senior official of the Indian firm said. Micromax Informatics Co-Founder Rahul Sharma told PTI that the company has started production at its Noida facility.“Phison is a leader in NAND controller and NAND storage technologies. We have partnered with them to set up a joint venture in India in which Micromax will have 55 per cent stake and 45 per cent will be with Phison,” Sharma said.He said that the firm will focus on designing storage chipsets for servers which is a very important element for any country from both security and strategic perspective.“With this venture, we aim to bring down the cost of GPU by one-tenth… the lowest per token cost in the world. This will help us in disrupting the AI landscape not only in India but also in specific agreed-upon regions,” Sharma said.He said trials with few leading organisations in India will be completed this month and commercial shipments will begin in the first quarter of 2025.“There are only a few companies that are providing storage solutions. It is very important for countries, especially India which no indigenous storage solutions company. Our joint venture will help reduce dependence on foreign technologies as we will have our own design and manufacturing,” Sharma said.He said that the company will hire freshers and train them on developing the storage technology.“Our concept is designed first for India and then for the world. Our aspiration is to get the first design ready in 2 years. We are building up a team and expect to have 1,000 engineers in the next 3 years. Phison will train all of them,” Sharma said.He said that the company will make AI adoptive storage solutions.The company will source wafers from existing players and then use them for making storage modules.The company will set up local sales teams across India with a focus on embedded solutions for automobiles, IoT, mobile devices, data centres, IT hubs, consumer devices, and removable storage devices and systems. (PTI)

PyBadUSB was created to implement BadUSB ONLY on a Phison 2303 (2251-03) device using Python.The project is currently designed to inject USB Rubber Ducky scripts to a Phison 2303 device. The python module pybadusb was created to communicate with the specified USB device.The project was inspired by adamcaudill/Psychson and flowswitch/phison.RequirementsPython 2.7Windows or LinuxInstallationRun the setup script:RunningYou can run the module as a script:Example using Windows:python -m pybadusb --device H --firmware bin/fw.bin --burner bin/BN03V114M.BIN --payload rubberducky/inject.binExample using a Linux distro:python -m pybadusb --device /dev/sg2 --firmware bin/fw.bin --burner bin/BN03V114M.BIN --payload rubberducky/inject.binExample CodeYou can also use the module within a python script.Here's some example code to get you started:from pybadusb import badusb, phisondevice_name = 'H' # Windows#device_name = '/dev/sg2' # Linux# Set firmware file namespayload = 'rubberducky/inject.bin'firmware = 'bin/fw.bin'burner = 'bin/BN03V114M.BIN'embedded = 'hid.bin'# Get device located at device_namedevice = badusb.get_device(phison.Phison2303, device_name)# Embed firmwarebadusb.embed(payload, firmware, embedded)# Flash new firmware using burner imagebadusb.burn_firmware(device, burner, fwfile=firmware)# Finisheddevice.close()Another example can be found in example.pyFirmwareThe base firmware you can use is in bin/fw.bin.You can compile your own here.The burner image used is in bin/BN03V114M.BIN.Links for finding your own burner image:May find one on usbdevMore infoRubber DuckyPyBadUSB is currently only designed to embed compiled USB Rubber Ducky scripts. The test script used can be found in rubberducky/keys.txt.You may create your own according to the Rubber Ducky format or use one of these.Use DuckEncoder to compile your script:java -jar encoder.jar -i keys.txt -o inject.binThe created binary can then be embedded into the base firmware. See example code below.Phison DeviceThis project has only been developed to work with USB devices with the Phison 2303 chipset.It doesn't seem to be documented which USB devices use the chipset, but a list of devices may be found on the Psychson wiki.If you are looking for a device, it should be noted that the Phison 2303 chipset is only for USB3.0.It should also be noted that this project will not work with USB2.0 or lower because they do not use SCSI commands.More info on this can be found here.You can check a device's chipset using a one of these scripts: Windows or Linux.ModuleThe Python module is split up into three files:badusbUsed to embed firmware and burn firmware to a device.phisonUsed to create SCSI commands for the device to get info, burn firmware, etc.scsiUsed to send SCSI commands to the deviceWritten in C++ as a Python extension module