Aurora r7 upgrade

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Dell Alienware Aurora R7 Memory Upgrades from Data Memory Systems

Data Memory Systems carries a full line of Dell memory upgrades including memory for the Dell Alienware Aurora R7.  Dell Alienware Aurora R7 memory upgrades from Data Memory Systems are guaranteed to be 100% compatible.  Our Dell Alienware Aurora R7 memory upgrades are manufactured to Dell’s original specification to assure compatibility.  All of our Dell Alienware Aurora R7 memory upgrades are tested here in our test lab and backed by a lifetime warranty. 

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Earlier this year, the Alienware Aurora got a much-needed design refresh that made the company's flagship desktop as sleek, curvy and stylish as the Alienware gaming laptops, which are some of the best gaming laptops you can buy. Now, Alienware has infused that improved design with AMD power for the first time in years. The result is the Alienware Aurora R10 Ryzen Edition ($3,629 as tested), an attractive powerhouse that offers improved lighting and airflow, while maintaining the painless upgradability of previous models.

We've long considered the Aurora to be the best gaming PC you can buy, and the new Aurora R10 Ryzen Edition is one of the line's best iterations yet. Just be ready to pay up if you want to experience this PC at its full potential. 

Alienware Aurora R10 price and configurations

We reviewed a tricked-out $3,629 configuration of the R10 Ryzen Edition, which packs an AMD Ryzen 9 3950X CPU, 32GB of RAM, a 1TB NVMe M.2 SSD and an Nvidia RTX 2080 Ti graphics card.

We don't yet have pricing for the starting configurations of the Aurora R10. However, we do know that the system will offer CPU options of Ryzen 5 (3500, 3600, 3600X), Ryzen 7 (3700X, 3800X) and Ryzen 9 (3900, 3900X, 3950X). GPU options start with Nvidia's GeForce GTX 1650 and go all the way up to dual Nvidia RTX 2080 Ti cards, while memory options range from 8GB to 64GB of RAM. Storage choices start at a single 1TB, 7,200-rpm SATA drive and go up to  a 2TB SSD with a 2TB SATA drive. 

Alienware Aurora R10 design and lighting

At long last, Alienware has overhauled the Aurora's design to align with the clean "Legend" aesthetic from the company's gaming laptops. Debuting on the Aurora R9 and now featured on the R10, the new design trades in the boxy gray of the original model for a curvier, sleeker design with a two-tone paint job.

The Aurora R10's concave front panel and surplus of vents kind of make it look like a giant space heater or air purifier. However, I dig the cleaner look and find it to be a much-needed refresh of a PC that was starting to look stagnant. The new design is optimized for better airflow, and aside from a few loud whirs at startup, it stayed relatively quiet during my time with it. Our review unit came in a crisp Lunar White, though I also like the dark gray Dark Side of the Moon variant.

It wouldn't be an Aurora desktop without a healthy dose of RGB lighting, this time located on an ovular strip on the front panel, as well as on an Alienware logo on the right side. This lighting is both more prominent and more attractive than it was in the old design, and you can customize it to your heart's content via the Alienware Command Center software. I had a good time tweaking the three customizable zones with different colors and patterns, and I appreciate that you can sync specific color themes with specific games.

At 18.9 x 17.0 x 8.7 inches and 39 pounds, the Aurora R10 will demand a decent amount of space on your floor or desk, and you should probably stretch before lugging it to a LAN party. The Aurora is a bit bulkier than the HP Omen Obelisk (17.0 x 14.0 x 6.5 inches), much bigger than Dell's compact G5 Gaming Desktops (14.5 x 6.7 x 12.0 inches) and about on par with boutique machines like the Maingear Rush

Alienware Aurora R10 ports and upgradability

The Alienware Aurora R10 packs just about any connection you'd need for gaming and creating content, with all manner of peripherals and displays. Up front, you've got three USB 3.1 Type-A Ports, as well as a PowerShare-enabled USB-C port.

Your usual assortment of connections sits in the back, including five USB 2.0 ports, four USB 3.1 Type-A ports and a USB-C port. There's also a RJ-45 Killer E2500 Gigabit Ethernet port and a full suite of audio connections for speakers and subwoofers. For your display needs, the machine's Nvidia GeForce RTX 2080 Ti packs an HDMI port, three DisplayPorts and a USB-C port.

While its external design has changed, the Aurora has remained easy to upgrade on the inside. With a quick flip of a few locks and switches, you can pop off the side panel, slide out the power supply, and remove the GPU and RAM without any tools. Just be ready to bust out a screwdriver if you need to mess with the cooling supply or CPU.

Alienware Aurora R10 gaming performance

Packing an Nvidia GeForce RTX 2080 Ti, the Aurora R10 tore through every AAA game we threw at it, even at 4K with all settings cranked up.

The R10 ran the orc-slaying action of Middle-earth: Shadow of War at a nice 69 frames per second at 4K and max settings, and a blistering 136 fps at 1080p. By comparison, the 2080 Ti-equipped Omen Obelisk turned in 4K and 1080p scores of 65 and 145, respectively.

The Aurora achieved similarly impressive scores on the Far Cry: New Dawn benchmark, running the open-world shooter at 71 fps at 4K and 88 fps at 1080p. That tops the Obelisk's 4K score of 67 but trails that machine's 1080p result of 105 fps.

Alienware's desktop ran the brand-new PC port of Red Dead Redemption 2 at an impressive 41 fps at 4K and max settings and a smooth 80 fps at 1080p. This is the first machine on which we've tested Rockstar's open-world Western, but these scores should give you a good idea of what to expect on an RTX 2080 Ti machine with a powerful CPU.

MORE: Best Gaming PCs - Desktop Computers

In synthetic benchmarks, the Aurora R10 netted a strong 7,874 on the 3DMark Fire Strike Ultra test, topping the Obelisk (7,290) but falling short of our 9,082 average.

Alienware Aurora R10 overall performance

The Aurora R10 is the first Aurora model in several years to offer AMD processors. And if the performance we got from the Ryzen 9 3950X and 32GB of RAM in our machine is any indication, this is a welcome return.

The R10 blazed through the Geekbench 4.3 overall performance test with a score of 52,626, running circles around the HP Omen Obelisk (34,167) and our 35,599 gaming desktop average.

MORE: Gaming Desktop Buying Guide: 7 Things You Need to Know

The Aurora's 1TB SSD copied about 5GB of files in just 5.4 seconds, resulting in a zippy transfer rate of 920 MBps. While that's not quite as speedy as the showing from the Omen Obelisk's dual 512GB SSDs (1,696 MBps), the Aurora's results top those from the Corsair One i160's 480GB SSD (757 MBps) and our 656-MBps average.

Alienware Command Center

The Aurora R10 sports an improved version of Alienware's Command Center software, which lets you manage your system performance and game library in addition to customizing the backlighting. The app will automatically detect any games on your system and let you program specific themes for them (including custom lighting and power modes). You can also monitor your CPU and GPU temperature and usage and toggle overclocking for when you need extra performance. There's also the aforementioned Alienware FX lighting menu, which makes it easy to play with the lighting for the Aurora, as well as any Alienware peripherals you have hooked up.

Bottom line

If you're looking for an AMD-powered gaming PC that can be configured with incredibly powerful components and can be upgraded hassle-free down the line, the Aurora R10 Ryzen Edition is among the best in its class. The machine's AMD Ryzen CPU and Nvidia RTX options can handle modern games in 4K at smooth frame rates, and the machine's slick, RGB-lit design makes an attractive complement to any command center.

If you want similar performance in a more compact chassis and don't mind sacrificing upgradability, the Corsair One i160 ($3,399) is worth considering. HP's Omen Obelisk is a tad sleeker (complete with a transparent side panel) and offers similar power for the price, but it's not quite as hassle-free as the Aurora when it comes to tool-free tinkering. The Aurora continues to hit a sweet spot between performance and ease of use, and the R10 is the best version of this PC yet.

Mike Andronico is Senior Writer at CNNUnderscored and was formerly Managing Editor at Tom's Guide. When not at work, you can usually catch him playing Street Fighter, devouring Twitch streams and trying to convince people that Hawkeye is the best Avenger.

Alienware Aurora R7 RAM Upgrade to 32 gb - Worth it?

Yes, I like to see about 100w MORE than what the system is probably going to use under a full load. If you can estimate that the system will use about 350-450w, then a 550w unit is a good choice. If you have plans to overclock anything, then you'd want to add another 100w and a 650w model would be a good choice. It really depends on the hardware and the usage, but in general using the recommendations at the following link, then adding another 100w to those recommendations IF you plan to overclock the CPU and graphics card, are a good idea.

If you have no plans to manually overclock anything to any significant degree, then a good unit based on those recommendations is a fine choice for practically any configuration around the graphics card the recommendation is made for there.

A person can pretty easily estimate the actual needs of the system themselves if they wish to though.

For example, if you are running an i7-8700 which Intel says is a 65w part, but we KNOW that it can use up to ~117w under a full load due to review data. So, 117w max for the CPU.

Then, you have a GTX 1080, which on average will use UP TO 75w for the slot, and it has only a single 8 pin for most models BUT some models have up to two 8 pins, so we'll go with the dual 8 pin selection which means 150w maximum draw per 8 pin for a total of 375w potentially just for the card.

Add to that the 117w of the CPU and you have 492w theoretical maximum power draw, so far. The rest of the system including the motherboard, USB ports, SATA power cables for storage devices, fans, lighting, etc. might well run up into the 100w range. Likely no where near that much, more like maybe 50w, but we'll say 75w just to split the difference and play it safe. If you had five or more storage drives, a bunch of external USB devices, 7 case fans, the CPU cooler, four sticks of RAM, and an extensive number of LED light strips, we might opt towards the higher number but that isn't the common system PLUS we're going to pad the number a bit towards the end anyhow just to be safe.

So now, we have 117w for the CPU, 375w for the graphics card, 75w for the rest of the system, for a total of 567w. Let's add another 100w to that in order to ensure that there is plenty of headroom to accomodate any spikes in power consumption, which definitely happen, and to help ensure that when the system is running at full load we are not exceeding about 80% of the power supplies maximum capacity, so that it runs in the "Goldilocks zone" where it has the best ripple, voltage regulation and efficiency performance. Generally, about 40-80% of the units capacity is where you want to land when running it under a load and for me, 60-80% of capacity is even better because a lot of units are much less efficient when running at a significantly low percentage of the units overall capability. In truth though, I'm a lot more concerned with the unit not exceeding 80% of the units maximum capacity so that the numbers for ripple and voltage regulation stay in the units most promising range.

Nobody wants to see high ripple or poor voltage regulation, which are unlikely anyhow if it's a very good unit, but which become more of a concern when you get up to using 80-100% of the units capacity on a mediocre or poor quality unit, but to some degree even on a very good one.

So, enough of that ramble, we are now looking at a total of 667w including the extra 100w we added. Technically, this configuration could probably run fine on a 550w unit, as per the most common recommendations.

For our estimate, even though we end up above the 650w mark by about 17w, we can reasonably assume that a 650w is a really good fit for that system because the 117w we got for the CPU was taken from it's usage while running Prime95 during a torture test, and we are never going to see that kind of usage under real world conditions, so anything from 650w-750w is a good choice. If I was buying a Seasonic Prime Ultra Titanium for that system usage, I'd probably feel great about a 650w unit. If I was looking a somewhat lesser quality Corsair CX model, I'd probably want the 750w unit.

Having some additional overhead in terms of not using a PSU that barely covers the capacity needs has one additional benefit as well. It is going to run much quieter under most conditions, even while under a full load, than it would if you only had about what the system needs or only slightly higher. Not having a noisy PSU is a good thing, both for your sanity and for the life of the PSU and it's fan as well. So, win-win in that regard.



Upgrade aurora r7

Alienware Aurora R7 upgrade

It obviously would be easier on the wallet to get two more 8's, but I have just ben reading problems users have with four 8's not working.  The reason is not understood, because the R7 board should accept four 8's or four 16's.  Tech support was working with someone, and ended up telling him the board won't do it.  Possibly a BIOS revision could fix this.

If you decide to try two more 8's, two things: 1. get the same make and part number as those you have, and 2. get them with the understanding that you can return them without penalty, not because the modules are bad, but because you can't use them.

The R7 board has been a PIA on the subject of ram.  Dell has not kept a decent stock of the Kingston/HyperX DIMM's for people to upgrade with, and now it turns out that even when they are available, there are problems.  I have gotten away from Dell on this, and am using 16x2 G.Skill Ripjaws V 3000 speed, which worked with no fuss.   But I don't know if they will work on all R7 boards; only of two where they did.   I decided to build my own system using an Asus Maximus X Hero board, mostly because the R7 board is purposely limited so much by Dell.  The better boards are more flexible about ram,with good access to the BIOS, and routines that can train to the ram.

First Impressions / Installation Samsung SSD M.2 interface 500gb 970 Evo to Dell Alienware Aurora R7


There’s a difference between things being budget or a great value in that the former isn’t necessarily good quality while the latter means you might be paying a bit more money for something that boasts great quality. Such is the case for Alienware’s most recent update to its Aurora gaming desktop.

At $2,904 (£2,569, AU$3,749) for our review config, the Alienware Aurora R7 is not exactly the most affordable in the market. But with features like a killer, 6-core Intel Core processor, a high-end GPU that boasts frame buffer power, a plethora of ports that will let you establish your own little gaming village, and its tool-less design makes upgrading easy as playing with Legos, this rig definitely offers great value.

That’s raw power, convenience and flexibility we’d be happy paying more money for.

Spec sheet

Here is the Alienware Aurora R7 configuration sent to TechRadar for review: 

CPU: 3.7GHz Intel Core i7 8700K (hexa-core, 12MB Cache, up to 4.7GHz)
Graphics: Nvidia GeForce GTX 1080 Ti (11GB GDDR5X)
RAM: 32GB dual channel DDR4 (2666MHz)
Motherboard: Dell Proprietary (Intel Z370 chipset)
Power Supply: Alienware 850 Watt Multi-GPU Approved Power Supply with High Performance Liquid Cooling
Storage: 512GB M.2 PCIe NVMe SSD, 2TB HDD (7,200 rpm)
Ports (front): 1 x headphone, 1 x microphone, 1 x USB-C, 3 x USB 3.0
Ports (rear): 6 x USB 2.0,  4 x USB 3.0, 1 x USB-C, Rear L/P surround, Coaxial S/PDIF port, optical audio out, Ethernet, DisplayPort
Connectivity: Killer 1535 802.11ac 2x2 WiFi and Bluetooth 4.1
Operating system: Windows 10 Home 64-bit English
Camera: none
Weight: 32.67 pounds (14.81kg)
Size: 8.35 x 18.6 x 14.2 x inches (21.1 x 47.2 x 36.1cm: W x D x H)

Price and availability

Like its predecessors, the Alienware Aurora R7 comes in different configurations, the cheapest of which is at $999 (£949, AU$1,499). This most basic config, only about $150 more than the Aurora R6’s, which was furnished with the Intel Core i5 8400 processor, 8GB of DDR4-2666MHz RAM, the Nvidia GeForce GTX 1050 Ti GPU, and a 1TB hard drive.

Step up one config up for $1,329 (£1,099, AU$1,785) and you’re VR ready thanks to this configuration coming with a more powerful Nvidia GTX 1060 graphics card, plus twice as much memory. 

Meanwhile, the priciest model, which will set you back $4,279 (£4,029, AU$6,619), is tricked out with the Intel Core i7 8700 CPU, 64GB of RAM, 1TB PCIe SSD, 2TB HDD and dual Nvidia GeForce GTX 1080 Ti with 11GB GDDR5X each. Besides the eight configurations you can choose from, you can also pick and choose your own specs and customize your desktop according to your gaming needs and demands.

Our own configuration, as seen to the right, costs $2,904 (£2,569, AU$3,749). The price tag might be on the higher end, but this machine is future-proof. It’s got high enough specs to essentially let you run just about any game you want at the highest settings without issue. A reasonable price for a total beast – that’s great value.

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Though not as tricked out as other gaming PCs, the Aurora R7 is definitely a good-looking machine. It’s got a more down-to-earth style than the Area-51 and simple yet customizable LED lighting on both sides and on the Alienware logo up front (that also serves as the power button). 

At 18.6 x 14.2 x 8.35 inches (21.1 x 47.2 x 36.1cm: W x D x H), it’s not necessarily compact in design. But it isn’t big and bulky either. It does have some heft to it at 37.67 pounds (14.81kg), but it is easy to lug around thanks to the handle at the top. Large exhausts also along the top of the machine takes most of the internal space, complimented by a couple of pretty sizable intakes on the right side and at the front, giving it good airflow.

The best thing about its design, if not its portability, is its accessibility. The chassis features that tool-less, easily upgradable design we love. Taking the right-side lid off only requires a simple pull of the lever in the back, revealing the power supply mounted sideways on a panel attached to a hinge. 

It might look complicated, but the only trick to it is undoing  the two switches that this panel in place. From there, you can swing out the PSU back and forth effortlessly to reveal the rest of the hardware including the processor, graphics card, motherboard and memory. And on the back are three expansion slot covers that easily slip right off.

Securing the lid back on is a little tricky, but seeing how easily everything else is to handle, it’s a trade-off we can overlook.

Plus, it has oodles of ports. The top front has three USB 3.0 ports, a headphone port, a mic port, and a USB-C port. The back has six USB 2.0, four USD 3.0 and one USB-C ports as well as a DisplayPort, an Ethernet port, a Digital Optical Audio, and HDMI ports. This means flexibility when it comes to connecting a plethora of devices.

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Alienware Aurora R7’s chassis is designed for upgradability. Its reasonable size means plenty of space for new and extra components, especially those important for gaming. Additionally, its general layout and its tool-less design allows for maximum accessibility. This means that replacing and/or upgrading parts is a breeze, so much so that even newbies can do it.

The hard drive, sits just beneath the the power supply, is easily removable, replaceable and upgradeable to up to 2TB. Below the pre-installed GeForce graphics card in our review unit are two expansion slots on the motherboard—a short PCI-E X4 slot and a second PCI-E X16 slot (the first one being used by the GPU).  These slots allow for an additional GPU, sound card and other additional components. 

There are also four RAM slots on the left side of the multi-core processor. Our unit comes with two sticks of 8GB sticks of DDR4 RAM, leaving two more slots to upgrade to up to 32GB – or just start from scratch for a full 64GB of RAM. Lastly, there are two 2.5-inch drive bays at the bottom for secondary drives.


With its excellent processor, top of the line GPU and sizeable RAM, it seems like the Aurora R7 can do no wrong. In fact, all the components are so solid in our review configuration that it’s hard to pinpoint individual faults, if there were any.

At the heart of it is, of course, the Intel Core i7 8700K. This hexa-core CPU is a big step up from all the quad-core processors that powered previous itterations of the Aurora. Alienware claims the flagship chip of the 8th generation is said to allow the R7 to perform up to 25% better than its predecessor. 

It’s also an unlocked CPU, which allows overclocking for even faster speeds – though honestly, it didn’t seem to need a reason for it. The R7 cuts through demanding games like butter and handles regular computer functions effortlessly.

There’s also the GeForce GTX 1080 Ti, Nvidia’s flagship GPU that the company promises to deliver up to 3x increase in performance. Its 11GB GDDR5X of video memory helps the frame buffer deliver faster loading while eliminating any noticeable latency.

Here’s a good example of this GPU’s capability: the first chamber of Doom where you’re swarmed by demons from all directions is a situation where you might expect frame rate and texture drops from a less powerful machine. But the R7 handled it like a pro, staying sharp, rendering frames fast enough and keeping up with our frantic, massive POV movements.

When playing Call of Duty, while this reviewer had a bit of trouble keeping up with what was going on, this beast handled the in-game physics beautifully.

And we can’t forget the 32GB of dual channel DDR4 RAM that our review unit comes with. There aren’t that many games right now that need that much system memory, but it’s good to know that if we want to play one, it can handle it. 

Essentially, because the Alienware Aurora R7 can take whatever you throw at it—Doom, Call of Duty: World War II, Middle Earth: Shadows of War – every game is rendered in gorgeous detail with a steady, plodding frame rate that doesn’t quit. Couple that with a kickass computer speaker system connected through the digital optical audio, and you’re in business.


Here’s how the Alienware Aurora R7 performed in our suite of benchmark tests:

3DMark: Sky Diver: 47,362; Fire Strike: 20,729; Time Spy: 8,802
Cinebench CPU: 1,390 points; Graphics: 141 fps
GeekBench: 4,977 (single-core); 26,275 (multi-core)
PCMark 8 (Home Test): 4,905 points
Total War: Warhammer II (1080p, Ultra): 72 fps; (1080p, Low): 158 fps
Middle-Earth: Shadow of War (1080p, Ultra): 110 fps; (1080p, Low): 179 fps

As expected, Aurora R7 fared considerably better in the benchmark tests than the Aurora R6 and the VR-ready MSI Infinite A. It scored bigger on the GPU-leaning 3DMark Sky Diver and Time Spy tests as well as the Cinebench and GeekBench tests for the CPU. 

The Sky Diver, Fire Strike and Time Spy tests did push it hard and you could hear the fan going – though not overly noisy to be deemed annoying, just enough so that it’s definitely noticeable especially when you don’t have your speakers or headsets on. Still, it did swimmingly at 47,362, 20,729 and 8,802 points respectively.

It also scored competitively with Chillblast’s Fusion Spectrum Ryzen 7, which features the octa-core AMD Ryzen 7 1800X and the same GPU. These results say a lot, considering that these three are some of the best in the market today.

Additionally, we ran it with the Total War: Warhammer II benchmark that proved just how powerful its i7 8700K 6-core processor is. On this heavily CPU leaning game, which essentially controls hundreds of different “characters” and has all these elements acting independently, it surpassed 60fps on ultra settings and well above that at 146.6fps on the lowest. 

We also tested it with Middle Earth: Shadow of War. Though this is obviously not the best-looking game or the most CPU intensive, it’s still worth noting that the R7 achieve excellent results at 110 fps on ultra with reasonable loading times and crisp textures.

On top of those, we played Doom, Call of Duty: World War II and Nier Automata, all of which it handled beautifully.


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Registered since:04.18.2021

wow! this forum makes my head spin! I both love and hate it at the same time
my journey started a year ago connecting an external GPU for my lenovo B40-30 and brought me here several times
sifting thru broken software tool links and incomplete guides related to my specific issue allowed me to discover some very cool advice and software goodies

I used some tools to expand my memory space and dsdt satisfaction by rerouting my pcie lanes disabling LAN card, sd card reader, webcam thru compaction
which initially was for the EGPU but it got me thinking later can I use it to drive a SSD as boot? sata ssd inside 2.5 sata case got a similiar speed to my 2.5 patriot burst
but when I found a ngff a/e key to m.2 adapter I installed a samsung 970 and then a 980 as boot running pcie 2.0 at 4x
a noticable speed bump for sure but the adapter is vertical shooting out the bottom of laptop plus blue screens later buit it was more of a test anywat
(thank god for amazon's generous return policy LOL)

next up, my lenovo thinkcentre M93p with I7-4790K paid $100 for and allmost had NVME support until I bricked it using a stupid suggestion from a neeb
and putting computer to sleep after flash erase using lenovo built in tool with the payload swapped out
luck would have it 5 minutes away I found 2 nearly new mobos picked up for $30 for both
got me a ch341a and now Im cooking with gasoline fellas! I managed to figure out M93p had two chips which when dumped and combined via hex tool created the full 12mb file with all regions
which uefi tool read like a champ and ubu modded me down to code 7 pre-life force sucking spectre/meltdown nonsense at got 30% back (kiss my ass lenovo and intel)
since evrytime I tried to sign up here to wait for an email activation that never came I had to turn to the russian community via translation which led me to a taiwonese gentlemen who
split the file for me 12mb into 8mb and 4mb along with the software and specific instructions for $20 (I paid $50 for my appreciation)
and now Im back again with login privledges! yay!

so my current obsession is my girlfriends alienware aurora R7 Z370 rig and installing my new 9700K Ive had almost a month now-It should be supported but No dell got greedy and released the aurora R8 which is the exact same mobo with a simple bios update!
my research now shows dells XPS8930 and inspiron gaming (forgot the model) are Z370 mobos were never marketed as 9th gen supported but low and behold out of the blue BOTH of them got a bios update for 9th gen support and the R8 got 3200hrz RAM upgrade! I have tried everything and searched high and low with no delll related hacks to be found
I started off using intel flashtool for bios dump which normally got me the bios only file without all the regions but this time it grabbed the whole 16mb dump (onlt one chip one this sucker)
it also allowed me to write it right back with no peksy bios write protection warning, green light go-I made the accertation I didnt need pin mod and cpuid code should be enough so using mmtool I replaced a single code with 906ec on some bad info as the 9700k is 906ED but regardless that one change bricked my mobo and thats after resisting tempation to run the coffeelake tool
it turns out the full "dump" was corrupted as I noticed when I flashed a real OEM file the ME would disapear from HWinfo so I thought it was "sleeping" and I had no original
but good ol dell has a restore feature lit right up and was back in the game to run it thru coffetime more false green light go and now an unrecoverable mobo
no worries I had a replacement oem flash chip already in the mail and my taiwonese friends took what I had and made me another bios but just before I recieved them I did something dumb
I merged the 2 oem xps-8930 bioses together and flashed the mobo with ch341a and it booted! no 9th gen of course but I know Im onto something

so is there anybody that can direct me on making this work? I have since re setup my tools and was going to correct the fit table, insert the codes again, attempt UBU manually but the machine works
now so I want to know for sure its worth a third attempt or did dell make it impossible? Im seeing that ME has to be downgraded but to what version? 11 just to be on safe side?
I did locate a cherry untainted full 16mb dump from an identical mobo (which Ill need to input mac/serial/ etc no clue how to do that) and I discovered a hidden partition with backup bios although it is 12mb just like the oem and I dont know how to glean the file for my mobo info-I am spent and exhausted fellas and I dont want to sound tackey but someone please take my donation
I even managed to procure an official dell coffelake SPI flashing manual and an enhanced firmware support tool for 300 series chipset along intels "cacheing" software which is pretty cool
as I tried to set up "smart response" and for a brief moment I had the intel cache software, RTS, optane, smart response AND a ram drive functioning at the same time but losing the only m.2 port to optane
obviously wasnt working but fun to play with anyway-sorry for the winded message just wanted to clarify my skills and hopefully contributions to the community as well as my pain which many of you can relate

thank you gentleman in advance for any support and for the hard work you provide the community all over the world-impressive to say the least

EDIT by Fernando: Thread title shortened and specified

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Registered since:04.08.2021

and crickets? doesnt surprise me one bit-I cant be the only R7 owner and quite possibly the ONLY z370 mobo NOT supported for 9th gen cpu on this planet-
Is downgrading ME really neccessary for the z370 mobos? Ill check back here in a year for the answer-thanks

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Registered since:04.27.2021

I'm having the same problem. If I find anything I'll let you know.

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Registered since:04.08.2021

update-I guess its common knowledge that dell ami is quite difficult but more so time consuming to defeat the infamous to me now "BOOTGUARD"! feature
I wished someone would have chirped in or a page listing created with NO GOES or whatnot as I would never had attempted it
lostNbios was helping 2 people with exactly what I needed and just before final resolution(and instructions)
both of these idiots dropped off, did not follow lostnbios instructions to the letter and no solution revealed
I wonder if thats why lostnbios is on sabbatical? He pours his soul into both helping and educating people and they drop the ball
from what I gather which was verfied on this very forum (which needs to update its search feature by the way)
as I had searched for criteria pertaining to this and it was here the whole time-the NVAR needs to be modified
and each and every module pulled checked and uefi grub back in and change the varsettings

now that would be one hell of a bios tool

run a script to extract/process/translate the FIT/cross relate with a hex editor and there is your next killer app fellas
litterally pack ubu, uefi tool, FIT into a python shell which itself is scripted to install so when finished its off to boot to a linux UEFI kernal shell and start zapping varsettings
but uefi tool would need a "compare" feature upgrade and a translation matrix for the hex bios to text created but totally doable
I am also finding out that just adding cpuid codes alone will not get me 9th gen support so I bough the bullet and got an aurora R8 motherboard
for $100 (they go for $400 if you can find them) so now I will have 2 exact same mobos but at least 9th gen will work
on top of all that Dell released a bios update for the R7 yesterday after crickets for 1.5 years and it STILL doesnt offer 9th gen support!

anyways I would love a 2 second contribution to my situation
I would love to just replace dells twisted AMI version with a base intel/AMI version or COREBOOT this sucker

any luck on your end @jusleo ?


mueller? mueller?

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