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Found 10 results

  1. Hi, I have a Dell E6430 laptop with an Intel 4000 integrated gpu. I am trying to upgrade it to a GTX 1050 TI eGPU with the GDC Beast expresscard adaptor and a 450W power supply while using the internal display. The problem is that when I plug the GPU into the laptop after startup, the gpu is not recognized by the device manager. When I try to download the Nvidia driver from the CD and the website manually, it gives me the "Nvidia cannot find compatible hardware". When I plug the GPU into the laptop before startup, I get a black screen and my laptop starts up, as I can hear the startup screen, but the screen stays black. The light is on for the GPU and the fans are spinning. My laptop seems to recognize the GPU because it acts differently on startup when it is plugged in, but doesnt recognize it if I plug it in after. I have tried to follow some BIOS setups like disabling Wake on LAN, NIC onboarding, and Integrated NIC. I also tried to use DDU to unistall both the intel GPU and the Nvidia GPU while restarting. I have tried to use an HDMI from the eGPU to an external display and get the same black screen. I also tried it on another laptop and the Nvidia showed up in the device manager on that laptop. I am just trying to play PUBG! Please let me know if there are any suggestions, Thank you!
  2. Problem description 1. What's the problem? I have hooked up my eGPU through the ExpressCard Slot. I have installed all drivers. Under Device Manager it shows my eGPU. Sometimes it will show up with an error 12 but most of the time it does not. When I plug in the HDMI port to my TV, my TV acts like to it received a signal and fails displaying no signal. 2. Have you consulted the Troubleshooting FAQ to resolve the issue? I believe I have delved into it thoroughly but nothing has worked. Thank you for getting me this far, I have been at this for days. 3. Have you consulted the Pre-Purchase FAQ --> "2. How can I check if my notebook is compatible with an eGPU?" Yes, I have also seen many videos and posts of people using my exact same laptop with wonderful success. Platform Description Lenovo ThinkPad T420 Windows 7 64bit SP1 8gb Ram XFX Radeon HD 6870 EVGA 400W PSU [+12V Max Current = 30 Amps] PE4C-EC060A V3.0 ( eGPU PCIe x16 interface for ExpressCard) Notes There are two-3 position switches located on the board. I have them set at their default 1 and 1. The legend on the board notes this: SW1 - PERST# Delay - 1 | Disable - 2 | 9.8 seconds - 3 | 14.8 seconds SW2 - CLK Delay - 1 | Disable - 2 | 11.97 seconds - 3 | 16.9 seconds I have tried these in every possible combination. Any help resolving these issues would be greatly appreciated.
  3. ExpressCard FAQ for ExpressCard 34 and ExpressCard 54 Contents What is ExpressCard? Differences between ExpressCard and PC Card Is ExpressCard backward compatible with PCMCIA PC Cards? Is PCMCIA PC Card forward compatible with ExpressCard? ExpressCard Dimensions ExpressCard Slotting Is there a way to stabilize ExpressCard/34 inside ExpressCard/54 slots? How does ExpressCard 2.0 differ from ExpressCard? ExpressCard versus PC Card Overview Is it possible to add ExpressCard slots to computers with PCIe? Are any hot-swap capable external solutions for SxS ExpressCards? Are any Thunderbolt solutions for ExpressCards? What is ExpressCard? ExpressCard is PCMCIA's (subsumed by the USB-IF) portable, removable, expansion technology to replace PC Card and PC CardBus (sometimes mistakenly called PCMCIA Cards). ExpressCard holds several advantages over PC Card some of which are enumerated below. Differences between ExpressCard and PC Card ExpressCard features new interconnect technology ExpressCard utilizes two interconnect technologies, the most important of which is PCI Express (PCIe). ExpressCards featuring PCIe 1X technology are capable of 2.5Gb/s per direction, giving an ExpressCard operating in full duplex mode an approximate throughput of 250MB/s x 2, or 500MB/s of throughput, nearly quadrupling the effective speed of 32-bit PC CardBus. ExpressCard alternatively utilizes USB 2.0 for lower speed and less complex applications, with a maximum throughput of 480mb/s. ExpressCard allows for much more bandwidth ExpressCards featuring PCIe 1X technology are capable of 2.5Gb/s per direction, allowing for realization of applications, especially host adapters, that underperformed or were impossible under PC CardBus. Examples of full throughput host adapters that bottlenecked CardBus, but don't tax ExpressCard at all are FireWire 800 (IEEE 1394.b) and Gigabit Ethernet (GbE). Additionally, ExpressCard will be able to handle the latest SATAe and other high end buses with relative ease. ExpressCard has superior power saving and management ExpressCard operates at lower voltages than PC Card with 1.5 and 3.3V baselines. This allows systems deploying ExpressCard technology to take full advantage of current low power utilization throughout. ExpressCard is a serial rather than a parallel bus ExpressCard follows the trend of PCI Express and SATA in transitioning from parallel buses to serial buses. Rather than a 68-pin parallel connection used in PC Card, ExpressCard utilizes a 26-pin beam on blade serial connection. ExpressCard's use of high performance PCIe and USB 2.0 serial connections already built on to host system reduces complexity and eliminates the problems with signal timing associated with parallel buses. ExpressCard is simpler and cheaper to implement than PC Card Because ExpressCard harnesses buses that already exist on a host system, it doesn't require a separate ASIC to integrate it to a host system. Unlike PC CardBus and PC Card in which a controller chip was necessary to bridge between the card slot and the underlying system bus, ExpressCard devices literarily plug into either the PCIe or USB 2.0 bus on the system, depending on the ExpressCard type employed. ExpressCard saves in both cost and complexity in this regard. Is ExpressCard backward compatible with PCMCIA PC Cards? Our ExpressCard 34 to PCMCIA PC CardBus 16/32-bit Read-Writer Express2PCC allows computers with ExpressCard slots to use either 16-bit legacy PC Cards or 32-bit PC cardbus Cards. Express2PCC works with host systems featuring native ExpressCard 34 or ExpressCard 54 slots, or an installed PCIe to ExpressCard adapter. If the host operating system supports the PCMCIA PC Card, it should also work in conjunction with the Express2PCC. Sonnet's Qio device provides support for Panasonic P2 PC Card Memory devices on both Mac OS X and Windows. The Qio is available with either ExpressCard, PCIe, or Thunderbolt connections to the host system. Is PCMCIA PC Card forward compatible with ExpressCard? For PCIe based ExpressCards — in a word, no. However, it is useful to explain why this is the case. 32-bit PC Card CardBus card don't provide enough bandwidth to emulate ExpressCard. Furthermore, ExpressCard cards are completely different from PC Cards in voltages, form factor, physical connectivity and bus technology. USB Mode ExpressCard Only Devices While the PCMCIA ExpressCard specification requires all host adapters and slots to support both PCIe and USB 2.0 portions of the ExpressCard bus, several products are now on the market that only support the USB 2.0 mode. While this technically breaks the specification, many consumers have been clamoring for such a device. In response to such demand, products are now appearing on the market that bridge between PCMCIA PC Card and USB 2.0 based ExpressCards. Several new devices behave like USB 2.0 hubs, routing an ExpressCard's USB 2.0 through a PCMCIA PC Card slot. PCMCIA PC Card to USB 2.0-Mode ExpressCard adapters are available as 32-bit and 16-bit PCMCIA PC Card varieties. PC Card USB 2.0 mode ExpressCard host adapters cannot work with any PCIe based ExpressCards. This is true for USB to USB 2.0-Mode ExpressCard adapters like our MicroU2E series as well. ExpressCard Dimensions ExpressCards come in two form factors: ExpressCard 34 and ExpressCard 54. The form factors share the same dimensions except for width, from which the names of the form factors are derived. ExpressCard share a length of 75mm and a depth (or thickness) of 5.0mm — the same depth as Type II PC Cards. Both the widths and shapes of the two ExpressCard form factors are different, but the portion of the card which connects to the card slot are an identical 34mm. ExpressCard 34 cards are 34mm wide and rectangular in shape. ExpressCard 54 Cards are 54mm wide at their widest point and 34mm wide at the connection point, creating a shape often referred to as a "Fat-L". Either form factor is allowed additional volume extending outside of what would be considered the flush portion of an inserted card. This is referred to as the extended portion of the card and ExpressCards with such a configuration are referred to as extended cards. The extended portion can exceed the card dimension in any axis, but there are obvious practical limitations to how much. For an excellent example of an ExpressCard with an extended portion on two axis (depth and width) see: ExpressCard 34 to CompactFlash Memory Card Adapter. For an explanation of how ExpressCard modules are used in the two types of ExpressCard slots, please see ExpressCard Slotting. ExpressCard Slotting ExpressCard slots come in two varieties; those designed for both ExpressCard 54 and 34 cards, and those for ExpressCard 34 cards only. ExpressCard slots are required to provide both PCIe and USB 2.0 functionality, regardless of their size. ExpressCard 54 slots, as pictured in figures A and B on the right, are able to accept both 54 and 34 cards. What PCMCIA describes as a "novel guidance device," which seen in the lower left corner of figures A and B, physically guides an ExpressCard 34 device to the connector part of the slot. Since the connection part of the card for both types of ExpressCards is identically 34mm, this scheme provides an elegant solution for utilizing both types of cards. Conversely, only ExpressCard 34 cards fit in ExpressCard 34 slots as pictured in figure C. Paying attention to this last fact is important when shopping for ExpressCard products, if a device only has an ExpressCard 34 slot, then only shop for ExpressCard 34 devices. PCMCIA literature has expressed that systems deploying multiple ExpressCard slots should lay them out adjacently on a horizontal plane rather than the "stacked slot" convention employed by PC Card slots. Is there a way to stabilize ExpressCard/34 inside ExpressCard/54 slots? While it may have seemed a sound idea to engineers designing the original ExpressCard standard, one of the more perplexing — and troublesome — aspects of the design has been using ExpressCard/34 cards in ExpressCard/54 slots. In practice, ExpressCard/34 cards, even when properly seated, aren't stable when inserted in the larger ExpressCard slots. The gap between the card and the larger slots allowed cards to be easily dislodged or come loose. This problem is more evident when ExpressCards with large "extended card" portions, and/or with cables attached to them. When cards come loose and disconnect during operation, they drop signal, or worse, can damage the ExpressCard and even the ExpressCard slot. This is especially true for cards providing electrical current, like many Serial I/O ExpressCards. The SlotGuardExpress ExpressCard/34 Stabilizer Insert for ExpressCard/54 Slots protects against ExpressCards being dislodged from their slots. SlotGuardExpress is an inexpensive, non-conductive insert that attaches to the side of an ExpressCard/34 to eliminate the free-play between the card and the ExpressCard slot. SlotGuardExpress is available as a product for individual end users and for Original Equipment Manufacturers (OEM who want to include it with their ExpressCard/34 products. SlotGuardExpress puts an end to disrupted connections and equipment damage caused by ExpressCards moving side to side (laterally) in larger slots. Source: http://www.synchrotech.com/support/faq-expresscard.html View full article
  4. Hi, I would like to share my eGPU experience with EXP GDC V8 ExpressCard on my W520, Quad core i7, 12GB RAM, Quadro 2000M 2GB dedicated VRAM, Windows 10 Pro 64bit. last month after weeks of fails and errors, (specially the famous Error 43), i finally got my EXP GDC running using mPCIE version with NVIDIA Quadro 4000 for Mac (yes, for Mac!) I make it works by setting the PTD switch to 7s. But by the time Windows successfully detect my Q4000 i straught away hook up my external monitor (EIZO CG245W 24-inch) to my eGPU, then the system blinks, i assume it detect a display signal. but it wasnt. And my W520 suddenly shutdown. And i can not make it work again. Even after hundreds of time reinstall-uninstall NVIDIA Drivers with DDU it wont make it work again. So, at this point i switch the GPU to my Quadro 6000 6GB GDDR5, and repeat the last success process. Nothing happened. Our good friend Error 43 back again and stay there forever. In my desperate time, i finally ordered the ExpressCard signal Cable. While waiting it's enroute somewhere in China, I test the EXP GDC with my AJA Kona 3G 4K I/O Video Capture Card, and hey it's working! i can do Edit & Realtime Preview 4K RAW video files thru the card flawlessly, It utilized the card's hardware encoding, (4K RAW files from ARRI & RED Camera) as well as output 16-Channels 192KHz Audio signal from my DAW. (no additional 6-pin power required for this card) Then i test my both Quadro 4000 & Quadro 6000 GPU back to my HP Z800 workstation, guess what? They're both bricked! It received power, but system cannot boot up. Beeping. means GPU is faulty. The next day, my AJA Kona 3G card also bricked! Today the ExpressCard signal cable finally arrived along with my 6-pin + 6+2 pin, but again, when i use the ExpressCard setup it doesnt do anything. No power comes in to the EXP GDC. My 500W ATX PSU is running though, but the LED indicator on the EXP GDC not lit. i set the slot to Generation 1 power mode in BIOS. So, I've tried both mPCIe and ExpressCard on W520 with nothing but frustrations. Did i miss anything here? I appreciate any workaround on this. Since i've never found any eGPU setup with W520 anywhere in the net. specially using ExpressCard & a High end Quadro GPU. Here's my last config that i've managed to make Q4000 work: mPCIe method: BIOS: Whitelist latest BIOS 1.42 Power Management: Both for Processor and PCI set to Disabled Display Mode: Integrated Graphic OS Detection Mode for Optimus Graphic: Disabled PXE Boot and all Network Boot options including PCI LAN Boot order : Disabled Win 10: Device Manager: System Detect eGPU, Error 43 Uninstall NVIDIA Driver with DDU (safe mode) Reboot Check BIOS first, usually it will set back the Display to Optimus Mode, i Let it Boot in OPTIMUS MODE Make sure Graphic Card(s) is detected in Device Manager as a 'Basic Microsoft Display Adapter' Install Quadro driver for both Discreet Graphic & eGPU Reboot to BIOS Display Mode: Integrated Graphic OS Detection Mode for Optimus Graphic: Disabled Quadro 4000 for Mac successfully detected in Device Manager. Plug my external monitor to eGPU GPU Bricked ExpressCard Method: Same as mPCIe method ExpressCard Power mode: Generation 1 Nothing happened eGPU setup: EXP GDC Beast V8 500W ATX PSU DELL 220W Power Adapter (backup for small cards) PCIe 6pin+6pin+2 auxiliary power cable (backup spare) ExpressCard Signal Cable mPCIe Signal Cable [IMPORTANT NOTE]: You will know your graphic card is working fine when you power on your laptop, normally all Quadro cards fan spin at normal speed, then it will spin faster/accelerate for 3-4 sec at Windows logo, means the system & OS detects your card then it back to normal fan speed. During the setup, i often get my Quadro 4000 fan spin so freakin fast. Faster then the POST boot init, but then back to normal speed Bricked Quadro Graphic Card: Quadro 4000 Fan spin fast forever, while Quadro 6000 stays low speed. Thanks a lot!
  5. Does anyone know if the T530 or T430 run a 1x Pci-e 3.0 link when an ExpressCard eGPU solution is used (like the PE4C V3.0 is used?) Or does it still run at 2.0 speeds? There should be 16x 3.0 lanes available on the CPU dies of Ivy Bridge mobile processors as they are just the desktop processors, but I am not sure if Lenovo wired the ExpressCard slot to this or the slower 2.0 lanes provided by the chipset.
  6. Alienware M17x R2/M14x R2

    Hey Guys! I bought the EXP GDC v8.0 to use with my laptops: Alienware M17x R2 (no iGPU) i7 920xm GTX 680M 16GB DDR3 RAM ExpressCard x1 Windows 7 x64 Ultimate Alienware M14x R2 (iGPU) i7 3840qm GT 650M 16GB DDR3 RAM mPCIe x2(?) Windows 7 x64 Ultimate I am using: ZOTAC GTX 970 300w PSU DIY eGPU Setup 1.30 My problem is that Windows does not detect anything on either setup. No drivers are ever installed for a "Standard VGA Adapter", and I always check Device Manager. I have tried everything on the TechInferno webpage here, but nothing happens once in Windows. I have entered into the DIY eGPU Setup (menu option) several times trying what it recommends to get the graphics card to be seen, and messed around a bit with the settings, but none of that works either. Sometimes certain options will cause the laptop to hang and force me to reboot. The ExpressCard slot and mPCIe slots of my laptops do work, I regularly use the ExpressCard with a USB 3.0 card, and I normally have a WLAN and a M.SATA SSD drive in the mCPIe slots (both I have extensively tried with the EXP GDC adapter). The graphics card only boots up (with fans on full blast) once the PSU is plugged in after the BIOS has loaded. If I have it connected from a cold boot, the card will attempt to turn on with slow fans and then turn off on either laptop. The graphics card is lightweight and fully inserted into the EXP GDC adapter. There is no switch on the PSU, so once everything is plugged in (and the laptop is on), it just goes. I thought it would at least work on the M17x R2 since there is an Amazon review comment stating that it does. The only other thing I can mention is that the GTX 680M was never officially meant for the M17x R2, so I have to hack the NVIDIA display drivers to get NVIDIA driver support. I don't think this has anything to do with the eGPU detection though (especially since the DIY eGPU Setup dose see the GTX 680M)... And, if it helps, I do have a Dell 220w power brick I can use instead. If anyone has any suggestions I can try, I will, as I really want this old laptop to run at its best before I move on. Thanks in advance!
  7. I was looking at the products over at BPlus and HWtools main websites and was wondering "Why would a company make so many ends for the same adapter?!" For example if you want to order a PE4C v3.0 adapter, you MUST choose one end to it, mPCIe or ExpressCard or PCI-E . You CAN'T have an all in one version. This way you - as the customer - end with a product that only works with a specific type of ports. And they - as the selling company - have to lose more on making different types of ends for adapters. So, I made some research and found this amazing product Link HERE . Which basically serves as an adapter from ExpressCards ports to mPCIe or to the normal PCI-E port. Now you can get a mPCIe eGPU adaptor that can be connected to your mPCIe through ExpressCard slots Without removing you WLAN. Maybe you are using you EC slot, maybe you don't want to get an adaptor that only works with an EC slot. Whatever your reason is, I found this to be the solution. And now you can use the same eGPU adapter for different laptops (one with EC, and one with mPCIe/PCI-E) I'm sure there are more adapters that can have all the possible combinations of ports, but this one is just the start, I haven't searched for more yet. I'm sure there is a cheaper one, or someone who can make a cheap one of the same type. HWTools should consider doing this. Just wanted to share what I've found. Edit: Maybe title needs to change to mPCIe/PCI-E to ExpressCard adaptor? :/ I don't know. But you get it my friends.
  8. hello is it possible to do a egpu with the express card on a 17" macbook pro would there be any problem with the integrated graphics?
  9. Welcome to the E6440 Owner's Lounge! A place to share tips/tricks/mods with other owners get the most satisfying user experience from this exceptional notebook. Release date: Sep 2013 Model name: Compal LA-9931P (iGPU) or LA-9932P (HD8690M) http://www.youtube.com/watch?v=KvbzGXOz3nU Example user-customized E6440 systems ordered by CPU performance User CPU clock TDP x27-TDP Storage: 9.5mm primary + ODD bay + mSATA Other mods komoornik i7-4940MX 3.1 57W 512GB SSD + BD-ROM FHD_LCD_retrofit, 16GB DDR3L Atonus i7-4810MQ 2.8 47W 250GB+2560B RAID0 Samsung EVO SSDs EC_retrofit, RAID unlock, 16GB DDR3L planetburns i7-4810MQ 2.8 47W 180GB SSD + ODD Tech Inferno Fan i7-4800MQ 2.7 47W 32.3 500GB SSHD + ODD EC_retrofit, GTX770 eGPU, OC_ME_FW PURPLE - highest performance AND lowest power consumption in this tableRED - highest performance configuration in this tableGREEN - lowest power consumption in this tablex27-TDP: TDP when running at x27 reflecting overall CPU temps and efficiency as discussed Operating System, Support, Drivers, Disassembly Guide Dell's E6440: Driver's link, Manuals link and Upgrade parts link. Windows 7 Dell OEM Source : Includes additional Dell installation content needed for a fully licensed Win7 clean install.Dell warranty checker: useful to check an ebay secondhand unit's remaining warranty. Ask vendor for the Support Tag.Performance upgrade: mSATA SSDYes, there is a mSATA slot in the E6440, though is not visible when taking the rear cover off. It needs the left bumper cap removed. It's situated above the WWAN marking as shown in the spoiler below. In fact, this slot is WLAN(PCIe1), mSATA (SATA3 port4) and WWAN (USB 2.0)!! Sharing the PCIe and SATA lines being a new Series-8 Flexible I/O chipset feature : http://forum.techinferno.com/diy-e-gpu-projects/6882-series-8-flexible-usb3-pcie-sata-pcie-i-o-some-more-x2-2-0-possibility.html#post94382 Performance upgrade: i7-quad CPUCan effectively double the CPU performance going from a factory i5/i7 dual core to a i7-quad CPU. Note: warranty implications of a CPU upgrade - a factory-specced faster dual core up to i7-4610M will not void warranty while a i7-quad will void the warranty if Dell know about it as it wasn't offered with one. I'd keep the original CPU back and swap it back in if necessary. Upgraded E6440 i7-quad system examples are shown in the table above.One important consideration is whether to get a 37W i7-4702MQ (4-core turbo=2.9Ghz)to keep within the factory-configured CPU's TDP or get a faster and hotter 47W i7-4800QM/i7-4700MQ (4-core turbo=3.5/3.2Ghz). I'm of the opinion that the 37W one should be avoided. That's because (1) the 47W CPUs can be software limited to 37W (2) XTU/Throttlestop allows a negative offset voltage offset to be applied bringing TDP down and allowing higher multipliers to work and (3) the beefier dGPU-model heatsink that can handle the higher TDP and can be retrofitted to the iGPU-only model.The E6440 BIOS locks the TDP but allows extra turbo bins are accessible using either Throttlestop or XTU. Eg: a i7-4700MQ has +200Mhz unlocked turbo bins (max=3.4Ghz 4-core). A i7-4800MQ has +400Mhz unlocked turbo bins (max=3.9Gbz 4-core). Problem with the 47W TDP limit is it limits performance to 3.5Ghz during a TS 32M/1024M 4-core load test. That result being *after* voltage optimization in XTU/Throttlestop. Meaning then that max performance lies between a turbo unlocked i7-4700MQ (3.4Ghz) and i7-4800MQ (3.9Ghz). Eg: a i7-4710MQ (3.5Ghz 4-core) would be at max TDP limits. Though those newer CPUs are rarer and often pricer than a faster i7-4800MQ. Means then that for the majority of users, a i7-4800MQ gives an easy plug'n'play installation from which highest performance, within TDP and thermal limits, can then be extracted easily using Throttlestop or XTU.RECOMMENDED reading: 1. http://forum.techinferno.com/throttlestop-realtemp-discussion/6958-haswell-step-backwards-ivy-bridge-i-have-some-shocking-tdp-results.html#post951812. INFO: dGPU_heatsink - improve iGPU model cooling by retrofitting dGPU model heatsink+fanPerformance upgrade: external graphics (eGPU)RECOMMENDED reading: INFO: EC_retrofit - retrofitting an expresscard slot to a E6440An eGPU has been implemented on a E6440 using a NVidia GTX770 (Tech Inferno Fan), AMD R9 280X (Tech Inferno Fan).DIY eGPU: attach a desktop videocard via the E6440's 5Gbps expresscard slot. Provides accelerated gaming graphics, CUDA/OpenCL processing and additional HDMI/DVI outputs to drive multiple monitors. A NVidia or AMD card is a straight plug-n-play implementation on a E6440. The system must boot least once with the eGPU attached and detected by the BIOS. This lowers TOLUD from 3.49GB to 3.24GB, storing it in NVRAM thereafter. Both my GTX770 and R9 280x can then be allocated without any error 12. In addition, no PCI Reset Delay mechanism is unnecessary and is best to be disabled. Then the system and eGPU can support a sleep-resume cycle with eGPU activate on resume. NOTE: The A.02 BIOS handles the eGPU beautifully, running a Gen2 expresscard link. Unfortunately bios A.05 or newer sets the EC port to Gen1 speed if you hotplug the eGPU after BIOS boot (see details). Flash back to A.02 to get the faster Gen2 link speed OR disable any PCI Reset Delay mechanisms on the eGPU adapter so the BIOS sees the eGPU on boot. Note: E6440 iGPU-model can boot with powered eGPU powered plugged into EC slot. dGPU-model E6440 will not boot with powered eGPU plugged into EC slot and so requires hotplugging after boot. In case anybody is wondering, a x2 2.0 eGPU link is not electrically possible unless there is a USB3 port 4 on a docking connector so can use the http://forum.techinferno.com/diy-e-gpu-projects/6882-series-8-flexible-usb3-pcie-sata-pcie-i-o-some-more-x2-2-0-possibility.html#post94382 feature. The USB 3 ports on the system are 1, 2, 3 and 6. The E6440 PCIe port layout is shown in the spoiler: If want to experiment with a x2 2.0 eGPU implementation then suggest look at a one-gen older Dell E6430. It's has two mPCIe ports (port 1 + 2) as per the E6430 schematic. System mod: LCD upgradeUpdate Feb-2015: newer E6440 has eDP rather than LVDS connected on the systemboard, with a 1920x1080 LCD option. See details. The FHD LCD retrofit parts required for the 1st E6440 series are in the spoiler: NOTE: The Intel iGPU Control panel mistakenly lists the LCD as being eDP as explained in the series-1 E6440.768P->900P is possible as a user upgrade. Required is swapping the HD 1ch LVDS cable for the 2ch LVDS HD+ and of course changing the 768P LCD for a 900P one. The two different LVDS cables available for a E6440 are: The two different LCDs being: My system came from the factory with a 900P AUO B140RTN02.2 panel with Dell p/n 0M4RTT. I find brightness and viewing angles quite satisfactory. A photo of my 900P LCD's model labelling is in the spoiler below. 1080P or higher resolution : not possible since the E6440 uses a LVDS rather than eDP internal LCD interface. The max resolution available in 14" LVDS is usually 1600x900, representing 37% more viewing area than 1366x768. Though ebay has 14" 1680x945 LVDS LCDs, giving an additional 10% more viewing area over 1600x900 or 51% over 1366x768. --> 1680x945 LCD does not fit correctly as attempted here.System mods: coolingINFO: dGPU_heatsink - improve iGPU model cooling by retrofitting dGPU model heatsink+fan. Useful if see i7-quad thermal throttling under full 4-core load. MISC infoRAID_unlock: Enabling E6440's hidden RAID BIOS options (Atonus) giving RAID-0/1 and maybe RAID-5 as discussed.Using a ramdisk for browser cache (phillofoc) : to extend battery lifeI present you a tool to decompress Dell UEFI BIOS (JimboBobB@MDL) - extract the raw E6440 BIOS file from Dell's distribution EXE. Confirmed works. A workaround to the depreciated "-writehdr" option.Modifying UEFI variables : eg: remove CPU TDP power limits, RAID/Expresscard/max TOLUD, disable dGPU Dell E6440 reviews Review Dell Latitude E6440 Notebook (notebookcheck.net)Review Dell Latitude E6440 (itfroccs.hu)Dell Latitude E6440 (youtube #1)Dell Latitude E6440 Notebook (youtube #2)
  10. Tech Inferno Fan July-2015>> Anybody interested in the 12.5" 2570P should also consider a 14" Dell E6430. The E6430 is the superior performance platform due to it's 900P LCD option, NVidia dGPU option, unlockable turbo bins (+400Mhz) on i7-37xxQM/i7-38xxQM CPUs and x2 2.0 eGPU capability. All with a minor size/weight penalty. See http://forum.techinferno.com/dell-la...tml#post118135 for details. Welcome to the 2570P Owner's Lounge! A place to liase with other owners and share useful tips/tricks/mods to get the most satisfying user experience from this exceptional ultraportable notebook. Release date: 22 June 2012, Model name: Inventec SIMBA, Nick name: EXtremeBook for i7-quad upgraded units A 2570P can be had for as little as US$250 on ebay-US , still with remaining 3yr global onsite warranty. A bargain when you consider it's upgraded desktop-replacement performance and durable MIL-spec build in a small 12.5" package. A features set unmatched by any other Ivy Bridge or Haswell notebook that remains undisclosed by all online reviews and even by HP. Grab one before word gets out . 2570P highlights being: socketted CPU allows a easy user upgrade up to a 45W i7-quad, doubling i5/i7 dual-core CPU performance. The result of doing so being the smallest, most powerful systems available that can function as a desktop replacement. Ultraportable competitors like a 12-14" Lenovo X230/X1C/T430s, Dell E6230/E6330, Toshiba R930/R940 or 13" Macbook Pro all have soldered dual-core i5/i7 CPUs making CPU upgrades unfeasible. Need to upsize to a larger 14" Lenovo T430/T440 or (preferrably) a Dell E6440 to get a socketted CPU. rare 5Gbps expresscard slot allows implementing a ~$160 GTX560Ti@x1.2Opt DIY eGPU for gaming graphics, CUDA/OpenCL processing or driving more external LCDs. optical drive can be swapped with a second 2.5" 9.5mm SATA-III 6Gbps SSD or HDD in a caddy & in a JBOD, RAID-0 (performance) or RAID-1 (redundancy) configuration. Can have up to 4TB of internal storage (2x2TB 9.5mm). Or RAID-0 2xSSDs for superfast boot-times and > 1GB/s sequential transfers. eSATAp port allows external bootable SSD/HDD to be attached using a single eSATAp cable. Ultra convenient when you consider USB-only systems like Macbooks require complicated software workarounds to get a Win7/8 disk booted off their USB ports. upgradeable wifi : can upgrade to recently-released 802.11AC standard with a Broadcom BCM4352 or Intel 7260 HMW card as explained. internal WWAN/3G capable : install a whitelisted WWAN/3G card, insert a mobile SIM and surf the internet anywhere battery options include a 31Wh 3-cell, 62Wh 6-cell (9hrs) and 100Wh 9-cell battery (15hrs) is listed by laptopmag as a top 5 HP laptop of 2013 (Dec-2013) and top 10 business notebook (Apr-2013) Comparison: http://forum.techinferno.com/what-no...html#post34610 concludes the 2570P is the best one.Comparison: 12.5" HP 820 G1 (Haswell: 4th-gen i-core) versus 2570P (Ivy Bridge: 3rd gen i-core) in spoiler: Comparison: 12.5" HP 2570P (Ivy Bridge: 3rd gen i-core) versus 2560P (Sandy Bridge: 2nd gen i-core) Example user-customized 2570P systems ordered by CPU performance User CPU clock TDP x27-TDP Storage: 9.5mm primary + ODD bay Other mods i7 quad-core equipped 2570Ps Aikimox i7-3840QM@2.93 45W 500GB + 1TB HDDs (1.5TB) OC ME FW, 16GB DDR3, cooling Tech Inferno Fan i7-3740QM@2.83 45W 22.1W 256GB S840P.SSD + ODD + 500GB eSATAp GTX770 eGPU, OC ME FW, BCM4352AC wifi, battery life tweaks, cooling Dewos i7-3840QM 2.8 45W 24.8W 128GB+128GB RAID0 SSDs GTX660 eGPU, 16GB DDR3 badbadbad i7-3840QM 2.8 45W 26.2W 500GB S840 EVO SSD + ODD 16GB DDR3L, BCM4352AC wifi invait53 i7-3840QM 2.8 45W 128GB SSD + 2TB ST HDD 16GB DDR3, WLAN-USB, BCM4352AC wifi+BT4.0 paperclip i7-3820QM 2.7 45W 22.4W 240GB Intel 530 SSD + ODD jacobsson i7-3740QM 2.7 45W 256GB+256GB RAID0 SSDs + 500GB eSATAp GTX670 eGPU, 16GB DDR3L, cooling pandaleo i7-3740QM 2.7 45W 24.5W 256GB Toshiba SSD 16GB DDR3L Uftherr i7-3720QM 2.6 45W GTX570 eGPU, 8GB DDR3, cooling hatoblue i7-3630QM 2.4 45W 23.6W GTX560Ti eGPU krazyazy i7-3632QM 2.2 35W 24.5W 256GB S840P.SSD + 500GB HDD GTX660Ti eGPU, 16GB DDR3L phillofoc i7-3632QM 2.2 35W 25.5W 128GB C400 SSD + 500GB HDD GTX650Ti eGPU, 16GB DDR3L, 7260AC wifi, battery life tweaks bjorm i7-3632QM 2.2 35W 25.7W 500GB S840 SSD + ODD GTX560TI eGPU, cooling+quiet_fan+holey_bottom i5 or i7 dual-core equipped 2570Ps rhx123 i7-3520M 2.9 35W 256GB LiteOn LCT-256M3S SSD + ODD GTX780 eGPU jot23 i5-3210M 2.5 35W 128GB C400 SSD + 640GB HDD GTX660 eGPU xuhexiffi806 i7-3689Y 1.5 13W 180GB Intel 530 SSD + weight saver 100Wh 9-cell battery, expresscard-SD reader PURPLE - highest performance AND lowest power consumption in this table RED - highest performance configuration in this table GREEN - lowest power consumption in this table x27-TDP: TDP when running at x27 reflecting overall CPU temps and efficiency as discussed Operating System, Support, Drivers, Disassembly Guide HP's 2570p Drivers Link, Manuals Link, Maintenance And Service Guide, Disassembly Guide, Media Services Link w/ videoWindows 7 OEM HP Source - For Clean Installs : includes additional HP installation contents needed for a Win7 clean install media.2560P schematic : 2570P is similiar but unfortunately no public schematic found for it as yet. This is the next best thing.HP warranty checker : useful to check a ebay secondhand unit's remaining warranty Performance upgrade: i7-quad CPU resulting in 'IVB ZBook 12' or 'EXtremeBook'Can effectively double the CPU performance going from a factory i5/i7 dual core to a i7-quad CPU. Could also be desirable if you wish to lower fan noise and temps. Running a i7-quad with max 99% CPU utilization results in noticably cooler temps than their dual-core counterparts without loss of performance, eg: cool i7-quads by bjorm's i7-3632QM or Aikimox's i7-3840QM. Note: warranty implications of a CPU upgrade - a factory-specced faster dual core up to i7-3520M 2.9 will not void warranty while a i7-quad will void the warranty if HP know about it as it wasn't offered with one. I'd keep the original CPU back and swap it back in if necessary. Upgraded 2570P i7-quad system examples are shown in the table above.NOTE: A 45W CPU can have highest multiplier limited to a 35W CPU level using Throttlestop software. That means a 45W i7-3630QM/i7-3610M (turbo=3.4/3.3Ghz) runs like a 35W i7-3632QM/i7-3612QM (turbo=3.2/3.1Ghz). Best 45W i7-quads being a i7-3630QM (x32) , i7-3720QM (x34) and i7-3740QM/3820QM (x35). There is at max 9% 4-core peformance difference between these with the higher end ones often not being able to maintain their upper multipliers as shown here. Meaning, suggest grab whichever is available and of lowest cost in your area.The 4-core TDP limit means any faster 45W CPUs do not see any gains. If need more performance and have deeper pockets then consider purchasing a 55W i7-3920XM instead. It has an additional 10W heatroom for turbo. Though it will absolutely need cooling mods to be able to accomodate at that level. <- 55W CPU is being limited to 45W on a 2570P as shown.It's possible to get and install cheaper PGA-to-BGA converted i7-quad CPUs as demonstrated by pandaleo.RECOMMENDED reading: How to choose the most efficient 45W i7-quadPerformance upgrade: external graphics (eGPU)DIY eGPU to attach a desktop videocard via the 2570P's 5Gbps expresscard slot. Provides accelerated gaming graphics, CUDA/OpenCL processing and additional HDMI/DVI outputs to drive multiple monitors. To do this most users only need to set System configuration->Device configuration expresscard slot from Generation 1 to Generation 2 as shown below:A NVidia GTX460/560/660/670 is a straight plug-n-play implementation on a 2570P when using Windows 7, though Win8.x is problematic (src: here). Win8.x users may consider doing a UEFI installation instead which resolved error12 and gave hotplug capabilities as noted here.An AMD card, GTX650, GTX750, GTX9xx or older NVidia cards require a DSDT override and (maybe) DIY eGPU Setup 1.x interposer software to eradicate error 12 that prevents their functionality. See the 2570P DSDT override details if using one of these cards.Implemented on a 2570P at x1.2Opt speed (5Gbps + compression) using a NVidia GTX670 (jacobsson), GTX660Ti (Tech Inferno Fan), GTX560Ti (bjorm), GTX660 (dewos), GTX560Ti (hatoblue), GTX650Ti (phillofoc) Above: simplified HP 2570P eGPU installation process instructions courtesy of T|U user badbadbadPerformance upgrade: storageExtra hotswappable 9.5mm (2.5") HDD/SSD added through Optical-Drive Bay (SimoxTav) or newmodeus. US$18 optical drive faceplate replacement part2570P RAID-0 SSD guide (jacobsson) - get superfast bootup and 1GB/s sequential reads by configuring two SATA-III SSDs as a RAID-0 volUS$4 eSATAp cable - connect to your SATA HDD/SSD to the 2570P's eSATAp (combo SATA+ USB 3.0) port for superfast bootable storage.FAQ about optical drive space saver: can it's faceplate be used on other ODDs/caddies? Answer: no/yes.System mod: LCD upgrade The supplied LCD is a 12.5" single-LVDS TN panel, HP P/N 685504-001 which is a AUO B125XW02 V.0 or Samsung LTN125AT02 with relatively narrow viewing angles and around 45% gamut. X220/X230 IPS LCD retrofit with wide viewing angles: failed attempts by bjorm and pandaleo due to insufficient clearancehigher-resolution panels: not possible as HP has confirmed 2570P has only single-LVDS wired per detailsSystem mods: cooling and fan quieteningRecommended reading - INFO: Tech Inferno Fan findings on improving 2570P cooling systemNotebook FanControl - easier to configure than TPFanControl. Can set 2.5% (2825 rpm)-100% (5120 rpm) manual fan control or temperature-based rules. Nice. Though because there isn't a 2570P configuration item I use a HP 8560P or ZBook 15 instead.troubadix's TPFanControl allows software fan step control though doesn't alter the cut-in RPMs which bjorm says is 3072rpmquiet_fan: 2x1N4004 diode mod (bjorm) & : reduce fan RPMs including cut-in RPMsheatsink mods: by Tech Inferno Fan's (copper-stack), Aikimox, bjorm & jacobsson's 'Anarchist' - improve heat transfer to reduce fan activity or host a 45W i7-quad comfortablybjorm's holey bottom cover mod - improve airflowSystem mod: BIOS inc WLAN/WWAN Unfortunately the 2570P bios is RSA protected. Flashing a modified BIOS that say disables the WWAN whitelist results in system failing to boot. Nobody has successfully created a modified bios. REF: bios-mods.com. WLAN/WWAN/Bluetooth whitelist : IDs of cards that the BIOS will allow boot with.Confirmed Intel 6235 working in 2570P - it's between 0.5W to 1W more efficient than the stock Intel 6205 (M3ph15t)Non-whitelisted Intel/Atheros WLAN works: Intel 1000, 5100, 6235 and Atheros AR5B91 all work as "Test WLAN" cards with BIOS F.41/F.42F.44 bios confirmed by HP to have no WLAN whitelistBIOS dumps at hpfocus.com : extensive Elitebook (inc 2570P) bios dumps. Here's the two files discussed of interest: 68ISB16.F34.rar (F.34 dump - unlock flash descriptor with WIN+[left arrow]+[right arrow] then flash using fptw64.exe utility). NbDmiFit-2.03.zip (DMIFit - initialize the computer information(S/N, P/N, etc.) Emergency recovery: if you have a flash go wronghttp://forum.techinferno.com/general...html#post26529 : Press WIN+[left arrow]+[right arrow] during poweron to unlock the flash descriptor WWANDOS - HP WWAN whitelist writing tool Tweaks: overclocking and extending battery lifeKhenglish's 2570P BCLK overclocking ME FW - allows increasing BCLK by 4.8% using XTU software, eg: i5-3360M 2.8Ghz -> 2.93GhzBattery life tweaks inc 33% longer 2570P battery life by enabling ASPMs and L0s L1 using softwareMISC infoWLAN-USB: Wiring the WLAN USB pins to the docking connector to enable WLAN Bluetooth (BCM94352AC+BT4.0) [invait53]INFO: Retrofitting webcam to non-webcam modelCorrecting Production Information Incorrect bios halt screen (eg: system board, product name, serial, SKU, family)Using a ramdisk for browser cache (phillofoc) : to extend battery lifeWWAN whitelist workaround. As a BIOS mod is not possible, enthusiastic individuals could mask then internally re-route the WWAN USB pins (36,38) to either the expresscard or docking connector USB port. Yes, soldering would be required. REF: 2560P schematic for pinouts.unbridged tracks on 2570P WWAN socket are mSATA but no BIOS support : info on how the mSATA can be enabled on the WWAN socket weight loss : how to lighten the 2570P using a weight saver instead of the optical drive, lighter AC adapter, + more.Hackintosh works on 2570P: Mac OSX Mountain Lion (10.8.5) confirmed working minus wifi on a 2570P.Hackintosh works on 2570P #2 : Newer Mavericks 10.9 working on a 2570P. HP '820 G1' backlit keyboard retrofit : unimplemented experimental howtoObtaining an expresscard blank: how to order a replacement if lost yours, getting a optical bay space saver in the processHP HS2340 WWAN module: using it on a non-HP notebookHS2340 WWAN module: fixes for dropping connections (HP forums)Systemboard photos : closeup photos by pandaleoWin7 fix for brightness hotkeys ceasing to work after sleep-resume cycle (phillofoc)Acknowledgements: a cast of many 2570P and other T|I users contributing to this thread. Thank you. 12.5" HP Elitebook 2570P review from 51nb.comTech Inferno Fan comments: Below is 51nb.com's Chinese-to-English translated 2570P review. notebookcheck have done a extensive review too. There's another English version review of the HP EliteBook 2570p posted that has some great coverage. Almighty business The HP EliteBook 2570p evaluation (source: 51nb.com)Business this traditionally has a the impertinent game video of the mainstream computing power, With the notebook full access IVB era, equipped with the latest the IVB architecture processor of Commerce this performance has been further enhanced. HP recently introduced the ProBook and EliteBook series of new business in this latest IVB platform positioning flagship model EliteBook 2570p continuation of the the HP business of the excellent design, including black TrackPoint, fingerprint reader, 180 degrees opening and closing angle, backplane Free tools demolition, today let us through a detailed evaluation of the article to understand the business of the new features under this all-around. HP EliteBook 2570p hardware configuration: Intel IVB i5 3210M processor, 4GB DDR3 1600 single-channel memory, 500GB 7200 rpm mechanical hard drive, Intel HD 4000 Core graphics, detailed parameter configuration table with reference below. Hewlett-Packard (HP) 2570p (B8Z45PA) Operating system Preloaded with Windows 7 Professional Edition Processor frequency Intel IVB i5 3210M Processor description Dual core four threads, clocked at 2.5GHz, Turbo accelerates to 3.1GHz, TDP 35W Memory descriptor 4GB DDR3 1600 Hard to describe 500GB, 7200 rpm mechanical hard Drive type DVD burner Screen description 12.5 inches, 1366x768, 16:9 dimming wide viewing angle, thin screen Graphics chip Intel GMA HD 4000 (Core Graphics) Wireless LAN 802.11b/g/n (300Mbps) Refers to take keyboard Pointing stick, touchpad (multi-touch), full-size chocolate keyboard Data interface 2 USB3.0, 1 a USB2.0/eSATA dual-use interface, VGA, power, keyhole, DisplayPort, docking station port, RJ-45/RJ-11 interface, Smart Card, ExpressCard, SD card reader. Body Material Magnesium alloy Body weight Bare metal 1.96kg, travel 2.415kg Body size 300mm x 209mm x 27mm Appearance and interface: magnesium alloy body business interface● The appearance and use of materialsHigh strength material to the positioning the flagship of Commerce this will build the fuselage, the HP EliteBook 2570p body adopts high-strength magnesium alloy, with silver surface grinding process, with strong metal texture and also can effectively prevent fingerprint residue . 2570p whole shape design very low-key, nor around the rounded handle the current popular to abandon fashion elements only for the professional business. HP 2570p magnesium alloy body with a high degree of robustness Lithium battery using the HP 2570p randomly equipped the kyphosis design, this is tantamount to increase the width of the fuselage, but large-capacity lithium battery can also bring more endurance. ● Body thickness 2570p rear fuselage thickest approximately 34.25mm, and the front of the fuselage of 30.95mm, thickness or normal the Almighty business this machine who can design more expansion interface.● Extended Interface Almighty business this has a very well-equipped business interface design, the HP 2570p fuselage front end does not design any expansion interface, and most of the area of the rear fuselage, while lithium batteries occupy, but the left and right sides of the battery is still VGA, and dual USB3.0 interface. HP 2570p expansion interface design more concentrated in the fuselage left and right ends of the left side of the fuselage interface follows the power, RJ-45, RJ-11, DVD drive and Smart Card, the right side of the fuselage interface from right left turn for notebook lock the docking connector eSATA/USB2.0, DisplayPort, headphone / microphone, SD card reader and ExpressCard. View 2570p expansion interface is very well equipped, even the old RJ-11 interface has also been retained, two USB3.0 plus a USB2.0 also be able to meet the demand for the use of the most of the time, although 2570p DisplayPort interface , but the lack of a more mainstream HDMI interface looks a little regret.● portability The HP 2570p bare metal weight of 1.96kg, travel weight of 2.41kg, this weight is quite normal for a performance mainstream business of the Almighty metal.Chapter Summary: HP EliteBook 2570p on the body design is very introverted, magnesium-alloy high-strength material can effectively protect the safety of the fuselage, the surface layer of matte treatment has a good anti-fingerprint effect. More normal body thickness and portability. Interface, in addition to 2570p with HDMI outside the flagship business of the proper mainstream interface connected to the docking station can further enhance scalability.12.5-inch matte screen spill-resistant keyboard display and manipulation:● Screen HP EliteBook 2570p with a 12.5-inch LED matte screen resolution is 1366x768, 12.5-inch mainstream is also the business of the frequently used screen size, actual use, and 13-inch screen is not much difference. The matte surface is indispensable for high-end business, which can effectively prevent the glare caused by the interference of the human eye while enhancing the notebook display. The actual use of the process, a good piece of screen display, more accurate color reproduction, viewing angle of approximately 150 degrees left and right direction. HP EliteBook 2570p with alloy hinge sunken shaft the screen high fastness, 2570p screen the maximum opening angle of more than 180 degrees, which is also an important high-end business logo.● camera HP EliteBook 2570p HD Webcam settings on the screen just above the right there with a protective cover keyboard lights when not in use can be turned off the protective cover to prevent dust and moisture from entering.● control experience HP 2570p is equipped with a high-touch black chocolate spill-resistant keyboard, the key processes and key spacing design is very reasonable, prolonged beating also be able to maintain a good feeling. Although this keyboard does not have a backlight function, but by means of the camera to the right of the keyboard lights in low light conditions and accurate identification keys. This as the flagship business, let your hands do not leave the area of the keyboard to move the cursor pointing stick natural essential 2570p black the TrackPoint design in the middle of the keyboard position. 2570p touchpad uses the same metal grinding treatment, feel comfortable, precise positioning on the below the the four shortcuts resistance are very small, the key sound is also very light. Up and down two shortcuts used with the TrackPoint, the bottom two and trackpad for use with two combinations, allowing those different habits. 2570p biometric fingerprint reader design in the lower right corner of the C surface 2570p the upper right corner of the keyboard area wireless network switch, three shortcuts for fast Internet access and volume switch, the top left corner of the keyboard area is only one power switch the C surface design is also very simple.● scalability HP 2570p backplane support tool-free, only need to the bottom of the fuselage on the left of the power / the the backplane combo demolition the switch Wang Zuoce poke can free tool to tear down the backplane, this design is very humane, users either upgrade your hardware or clean-up The dust will become very convenient. HP 2570p disassemble tool-free chassis internal body details HP 2570p memory slots and hard drive slot details, including hard disk slot portion with a unique HP 3D DriveGuard protection technology, the fuselage impact on the effective protection of hard disk data. 2570p also provides mSATA interface, users can increase their own SSD to improve the overall performance. Chapter Summary: HP 2570p with a piece of business of the common 12.5-inch LED matte screen resolution mainstream 1366x768, the screen maximum opening angle of 180 degrees or more, fully meet the demand for business use, in addition with black TrackPoint and keyboard lighting, full-size chocolate spill-resistant keyboard can bring very good handling experience. Scalability using unique backplane Free tools demolition design, 2570p hardware upgrade or clean up the dust are very convenient.Hardware and performance: IVB i5 3210M with HD 4000 nuclear● Processor HP 2570p using an Intel architecture IVB i5 3210M processor, using the X86 field is currently the most advanced 22nm process technology, dual-core four threads, 6MB cache, the default clocked at 2.5GHz, Turbo Boost up to 3.1 GHz, TDP 35W.● Memory Terms of memory, 2570p using a single 2GB DDR3 1600 high-speed memory, timing 11-11-11-28, read speed 11794MB / s, write speed to 12462MB / s read and write speed or capacity can good deal with day-to-day use demand, can increase a 4GB memory 8GB dual-channel, the whole performance there will be a certain level of improvement.● wPrime wPrime is a notebook processor performance testing software, 2570p using the i5 3210M 32M and 1024M test results were 16.911 seconds and 584.833 seconds, leading the older generation i5 2430M approximately 10%.● CINEBENCH 11.5 Another common CINEBENCH 11.5 test software, the HP 2570p CPU single core performance 1.15pts, multi-core results 2.71pts previous generation i5 2430M approximately 10% ahead of the same.● Graphic Business notebook graphics capabilities are not very high, HP 2570p CPU integrated Intel HD Graphics 4000 Core graphics card, core frequency of 650MHz, memory frequency is 800MHz, and meet the business office is not a big problem.● Hard HP 2570p with a 500GB 7200 rpm Hitachi mechanical hard drive, this hard drive in HD Tune Pro test a minimum transfer speed of about 45.4MB / S, the maximum transmission speed is about 103.0MB / S, the average transfer speed of approximately 79.0 MB / S, HD Tune graph when the read test is also very stable. The 2570p Similarly with HP 3D DriveGuard hard disk protection technology, the fuselage by the impact of the big efforts to advance locked hard disk to protect data security.● PCMARK 7 In the the professional machine performance testing software PCMARK7, 2570p total score of 2819 points. Chapter Summary: HP 2570p using the latest IVB i5 3210M processor, the default 2.5GHz, 3.1GHz high frequency has a very mainstream performance Turbo 4GB DDR3 1600 memory also able to meet the complex business-use environment. 500GB 7200 RPM high-capacity mechanical hard drive with HP 3D DriveGuard hard disk protection technology, the data is very safe.Cooling capacity, endurance test, evaluation Full Summary● Heat HP 2570p using the bottom into the wind, the wind out of the right side of the fuselage cooling mode, use should pay attention to the right hand mouse and the distance of the fuselage, so as not to vent hot air right impact. 2570p Here's the specific thermal performance test. The temperature of the surface of the conventional standby fuselage C (left) and D surface (right) To use AIDA64 Let 2570p processor and graphics card to run at full capacity 30 minutes Full load for 30 minutes after the fuselage C surface temperature Surface temperature of the full load for 30 minutes after the body D We can see through the professional thermal imager: conventional standby mode (room temperature about 26 degrees) 2570p body C face maximum temperature was 34.4 degrees, the position appears in the upper left corner of the touchpad, the maximum temperature of the D surface outlet was 38.5 degrees, the position appears on the right side of the fuselage, the whole, fairly good 2570p cooling capacity in standby mode; conventional 2570p fuselage C surface temperature of 36.8 degrees after 30 minutes of full load, D surface The maximum temperature of 59.2 degrees C, the highest temperature of the surface D are located near the main outlet the HP 2570p full load cooling capacity is the same impressive.● Endurance Test HP EliteBook 2570p standard lithium battery capacity 11.1V 62Wh Screen brightness to 50% and turn on WiFi, then turn on the power-saving mode the last HP 2570p estimated 7 hours battery life under Windows 7. Evaluation Summary: HP 2570p has a very high degree of sturdy magnesium alloy body, coupled with a biometric fingerprint reader, spill-resistant keyboard 3D DriveGuard hard disk protection technology, the internal body as well as the hard drive information can be effectively protected . The opening angle of over 180 degrees screen, mainstream and complete business interface design, IVB platform performance, excellent hardware configurations make this machine demonstrated a deep skill, backplane tool-free is a big bright spot, users can easily upgrade hardware or screwdriver to clean the dust. This model priced at about 10,500 yuan, the positioning and the ThinkPad T430 is similar, if you do not intend to into the black, then this HP EliteBook 2570p is also a very good choice.
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