From The Blog
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ConnectWise Slash and Grab Flaw Once Again Shows the Value of Input Validation We talk to Huntress About its Impact
Written by Sean KalinichAlthough the news of the infamous ConnectWise flaw which allowed for the creation of admin accounts is a bit cold, it still is one that…Written on Tuesday, 19 March 2024 12:44 in Security Talk Read 703 times Read more...
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Social Manipulation as a Service – When the Bots on Twitter get their Check marks
Written by Sean KalinichWhen I started DecryptedTech it was to counter all the crap marketing I saw from component makers. I wanted to prove people with a clean…Written on Monday, 04 March 2024 16:17 in Editorials Read 1582 times Read more...
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To Release or not to Release a PoC or OST That is the Question
Written by Sean KalinichThere is (and always has been) a debate about the ethics and impact of the release of Proof-of-Concept Exploit for an identified vulnerability and Open-Source…Written on Monday, 26 February 2024 13:05 in Security Talk Read 1114 times Read more...
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There was an Important Lesson Learned in the LockBit Takedown and it was Not About Threat Groups
Written by Sean KalinichIn what could be called a fantastic move, global law enforcement agencies attacked and took down LockBit’s infrastructure. The day of the event was filled…Written on Thursday, 22 February 2024 12:20 in Security Talk Read 1086 times Read more...
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NetSPI’s Offensive Security Offering Leverages Subject Matter Experts to Enhance Pen Testing
Written by Sean KalinichBlack Hat 2023 Las Vegas. The term offensive security has always been an interesting one for me. On the surface is brings to mind reaching…Written on Tuesday, 12 September 2023 17:05 in Security Talk Read 2134 times Read more...
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Black Kite Looks to Offer a Better View of Risk in a Rapidly Changing Threat Landscape
Written by Sean KalinichBlack Hat 2023 – Las Vegas. Risk is an interesting subject and has many different meanings to many different people. For the most part Risk…Written on Tuesday, 12 September 2023 14:56 in Security Talk Read 1858 times Read more...
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Microsoft Finally Reveals how they Believe a Consumer Signing Key was Stollen
Written by Sean KalinichIn May of 2023 a few sensitive accounts reported to Microsoft that their environments appeared to be compromised. Due to the nature of these accounts,…Written on Thursday, 07 September 2023 14:40 in Security Talk Read 2127 times Read more...
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Mandiant Releases a Detailed Look at the Campaign Targeting Barracuda Email Security Gateways, I Take a Look at What this all Might Mean
Written by Sean KalinichThe recent attack that leveraged a 0-Day vulnerability to compromise a number of Barracuda Email Security Gateway appliances (physical and virtual, but not cloud) was…Written on Wednesday, 30 August 2023 16:09 in Security Talk Read 2099 times Read more...
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Threat Groups Return to Targeting Developers in Recent Software Supply Chain Attacks
Written by Sean KalinichThere is a topic of conversation that really needs to be talked about in the open. It is the danger of developer systems (personal and…Written on Wednesday, 30 August 2023 13:29 in Security Talk Read 1894 times Read more...
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Displaying items by tag: 22nm
Intel Haswell CPU lineup leaked
Finally we have some insight into the new chips in Intel's Haswell line up. The Guys at the VR-Zone got a hold of the list of models whose launch is scheduled for the first half of 2013. The Haswell line of processors (Core i5 and i7) will initially consist of a total of 14 models - eight pieces will be more fuel efficient, and the rest will be "normal" processors for use in desktop computers.
Intel’s technology for 22nm SoCs
Intel has presented a new technology for the production of mobile chips for small portable devices. These new chips should be more competitive in the market that is now dominated by chips based on ARM's designs. They presented their ultra-low power SoC designs already at the International Electron Devices Meeting in San Francisco this year. Intel's 22-nanometer technology for SoC's should be ready for mass production of these chips during the next year.
Intel Already Working on 14nm Process; How Will They Deal With Leakage?
Intel is looking to the future even as their newest CPU, the 22nm Ivy Bridge, is taking something of a beating in the media. According to a few slides that have hit daylight Intel is already working on moving some of its FABs to 14nm in preparation for their next generation of CPUs. Of course this is not that big of a deal really, Intel has moved from one process to the next like clockwork (insert “Tick-Tock” joke here).
AMD's delay on 28nm Mobile parts could be a big win for nVidia
So there is now a rumor out that nVidia is going release Kepler for the mobile market before launching for the desktop. This sounds great and on the surface seems simple, but is that all there is to this? Is the decision to launch in the mobile space really all about getting into ultrabooks with Ivy Bridge? As we always do we read over the rumors and tried to make some sense of them, what we came up with is very interesting.
Ivy Bridge Benchmarks Leaked
You knew this would happen (as it does almost every time a new CPU is ready to hit the market). In the hype leading up to the release we always start to see “leaked” slides that contain pricing, technical details and even launch dates. It is the same story over and over again and it is one that is, in some cases, perpetrated by the manufactures themselves or a partner bent on getting some good pre-launch press.
Ivy Bridge E CPUs will be compatible with X79 Motherboards
When the X79 motherboards hit the scene many people were not interested because they were looking forward to Ivy Bridge. As I wandered around the internet I saw multiple comments telling people not to bother with the new Sandy Bridge E CPUs because of this very thing. How much impact these comments had I really do not know, but what I do know is that a general consensus on the internet can be disastrous for sales. If you do not believe this just take a look back at Windows Vista.
Does anyone really know what AMD is doing next?
There is a ton of contradictory information on the net today about just exactly what AMD and Globalfoundries are going to do with the next process. As we already know AMD’s next gen CPU Bulldozer will be a 32nm 8-core monster that has the potential to turn things around for AMD (at least on paper) that is if they can correct some of the past issues with memory performance. What happens from there we are not so certain about, nor is anyone else for that matter. This is despite the fact that multiple journalists ended up at a press event hosted by Globalfoundries.
So far the rumors run something like this; AMD and Globalfoundries are moving away from SOI (Silicon on Insulator). SOI has been the basis for AMD CPUs for some time and to see them move away from this is a little shocking. Oh, wait; that rumor was contradicted by Globalfoundries who now say they will be sticking with SOI moving forward. Next we hear that AMD won’t move to the next node (28nm) until 2013. This is actually somewhat believable as AMD tends to try and get the most money out of any process move. After all they have been on 45nm for a number of years! To think they won’t move to the next process node until 2013 is not unreasonable (although I really think 22nm is much more likely).
To add to this are the usual suspects commenting back and forth about what they think of each article or the writer in general. It makes trying to find out real information a tad tedious. To be honest about the only thing we know for certain is that AMD will launch Bulldozer sometime between the middle of September and the end of the Year. It will have 8 physical cores (in four CPU clusters) improved core to core communication and a few other tricks up its sleeve. We do not know much about the memory controller, but it appears from looking at the design to be a slightly modified revision of the one in the Phenom II. If this is the case and the optimizations are not spot on we could see this hinder what is certainly a bold CPU design from AMD. I guess we will all find out what is going on around the middle of September. We hope to be on the very short list of sites to review this new CPU for you, but again time will tell on that.
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GIGABYTE Announces Entire 6 Series Ready to Support Native PCIe Gen. 3
- GIGABYTE Announces Entire 6 Series Ready to Support Native PCIe Gen. 3 -
-- Future Proof Your Platform for Next Generation Intel 22nm CPUs --
City of Industry, California, August 8, 2011 - GIGABYTE TECHNOLOGY Co., Ltd, a leading manufacturer of motherboards, graphics cards and computing hardware solutions today announced their entire range of 6 series motherboards are ready to support the next generation Intel 22nm CPUs (LGA1155 Socket) as well as offer native support for PCI Express Gen. 3 technology, delivering maximum data bandwidth for future discrete graphics cards.
Wanting to provide maximum upgradeability to customers, GIGABYTE has enabled native support for PCI Express Gen. 3 across the entire range of GIGABYTE 6 series motherboards, including the recently launched G1.Sniper 2 motherboard, when paired with Intel’s next generation 22nm CPUs. By installing the latest BIOS for their 6 series motherboards today, users can be assured they are ready to take advantage of all the performance enhancements tomorrow’s technologies have to offer.
To future proof your GIGABYTE 6 series motherboard, please download and install the latest BIOS update for your motherboard model from the GIGABYTE website: www.gigabyte.us.
GIGABYTE 22nm CPU and PCIe 3.0 Ready Motherboards
Chipset |
Model |
BIOS |
Z68 |
G1.Sniper 2 |
F3 |
Z68X-UD7-B3 |
F8 |
|
Z68XP-UD5 |
F3 |
|
Z68X-UD5-B3 |
F8 |
|
Z68XP-UD4 |
F3 |
|
Z68X-UD4-B3 |
F8 |
|
Z68XP-UD3P |
F4 |
|
Z68X-UD3P-B3 |
F6 |
|
Z68XP-UD3R |
F3 |
|
Z68X-UD3R-B3 |
F4 |
|
Z68X-UD3H-B3 |
F7 |
|
|
Z68XP-UD3 |
F4 |
Z68MX-UD2H-B3 |
F8 |
|
Z68A-D3H-B3 |
F9 |
|
Z68MA-D2H-B3 |
F7 |
|
P67/H67 |
P67A-UD7-B3 |
F5 |
P67A-UD5-B3 |
F6 |
|
P67A-UD4-B3 |
F5 |
|
P67A-UD3P-B3 |
F5 |
|
P67X-UD3R-B3 |
F4 |
|
P67A-UD3R-B3 |
F5 |
|
P67X-UD3-B3 |
F5 |
|
P67A-UD3-B3 |
F5 |
|
P67A-D3-B3 |
F4 |
|
P67-DS3-B3 |
F2 |
|
PH67A-UD3-B3 |
F5 |
|
PH67-UD3-B3 |
F4 |
|
PH67-DS3-B3 |
F2 |
|
PH67A-D3-B3 |
F4 |
|
H67A-D3H-B3 |
F5b |
|
H67M-D2-B3 |
F5a |
|
H67N-USB3-B3 |
F6e |
|
H61 |
H61M-D2P-B3 |
F6f |
H61M-D2-B3 |
F7e |
|
H61M-S2V-B3 |
F5g |
|
H61M-USB3-B3 |
F8h |
|
H61M-S2-B3 |
F2h |
|
H61N-USB3-B3 |
F2c |
|
HA65M-D2H-B3 |
F8o |
|
P61-S3-B3 |
F4c |
|
P61-DS3-B3 |
F3b |
|
P6-USB3-B3 |
F8d |
|
PA65-UD3-B3 |
F8c |
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About GIGABYTE
GIGABYTE Technology Co. Ltd., headquartered in Taipei, Taiwan, is known as a leading brand in the IT industry with branch offices located in 24 countries around the world. Founded in 1986, GIGABYTE started as a small research and development team and has since taken a position as one of the in the world's top motherboard manufacturers. In addition to motherboards and graphics cards, GIGABYTE further expanded its product portfolio to include notebook and desktop PCs, datacenter servers, networking products, mobile handsets, and home entertainment devices to serve each facet of the digital life in the home and office. Everyday GIGABYTE aims to “Upgrade Your Life” with innovative technology, exceptional quality, and unmatched customer service. Visit www.gigabyte.us for more information.