#memorymodule

[govindhtech]

Red Hat-certified Micron CZ122, CZ120 Memory Expansions

Presenting the Micron CZ122 and the memory expansion portfolio certified by Red Hat

Micron CZ122

Micron is announcing the release of certification samples for the Micron CZ122, its newest memory expansion module based on Compute Express Link (CXL) 2.0. Along with this noteworthy achievement, Micron is also announcing that the Red Hat Enterprise Linux version 9.3 operating system has certified the CZ122 and its predecessor, the CZ120. These achievements highlight Micron’s dominance in providing enterprise data centers and hyperscalers with high-quality, high-performance solutions.

With a maximum memory capacity of 256GB and a memory bandwidth of 37GB/s, the Micron CZ122 module delivers notable improvements in hardware-based heterogeneous interleaving, security features, and reliability, availability, and serviceability (RAS). The CZ122 and CZ120 are certified with Red Hat Enterprise Linux and have undergone extensive testing with AMD and Intel CPU platforms as well as with server OEMs. A significant milestone in the CXL ecosystem’s evolution, this certification opens the door for production-ready solutions that support new composable data center architectures and speed up workloads of the future.

Red Hat Device Certification’s main advantages for Micron CZ120 and Micron CZ122

Smooth integration: RHEL 9.3 OS compatibility has been certified.

Performance optimization: The most recent RHEL 9.3 OS Linux kernel has improved memory-tiering functionality.

Multi-tenancy: Support for memory allocation and management across virtual machines for KVM and QEMU applications.

Announcing the Micron CZ122 memory expansion module

Micron is sampling its second memory expansion module, the Micron CZ122, to set the stage for manufacturing. The CZ122 is a development of the CZ120 that adds more RAS, stronger security features, increased manageability, and hardware-based heterogeneous interleaving for improved system-level performance.

Key characteristics of the memory expansion module Micron CZ122

With CXL, hardware-based heterogeneous interleaving offers users a more innovative way to attain the best system-level performance.

Data interleaving between native memory and CXL memory is made possible via BIOS configurability.

Applications don’t need to be modified for deployment.

Improved security, RAS, and management features.

Its Technology Enablement Program (TEP) offers white glove assistance for integrating CXL-based technologies into your data center infrastructure.

Interesting applications for CXL

Micron is committed to creating compelling and widespread use cases that result in significant total cost of ownership (TCO) benefits, going beyond ecosystem collaboration for product adoption. Three compelling use cases for CXL have been presented by Micron and partners at the Future of Memory and Storage (FMS) conference:

LlamaIndex framework: A retrieval augmented generation (RAG) workload can be sped up by using CXL memory.

Neural Speed framework: An Intel CPU-based inferencing job can be accelerated by using CXL memory.

RocksDB application: Memory pooling and sharing behind the CXL 2.0 switch can be achieved with the H3 Platform memory chassis and Micron’s suggested Famfs contribution to the Linux open source kernel. Multiple servers or virtual machines running the RocksDB program can access the CXL memory as a shared file system thanks to Micron’s Famfs innovations.

We have learned a lot about the advantages of CXL in certain workloads from its collaborations. Along with offering a route to production deployments, it has concentrated on supplying these use cases as references with enterprise-ready hardware and/or software solutions.

Some of Micron’s primary areas of concentration moving forward are as follows:

Modular RAG: Keep improving the RAG data pipeline in order to create a modular RAG system that needs additional storage and memory.

CXL memory in storage networks: An adaptable and scalable way to increase the average latency and throughput of SAN systems by adding sizable memory pools that serve as read and write cache buffers.

CXL memory pooling and sharing: Evaluation of the performance, TCO, and implementation advantages of pooling and sharing large memory capacity, either directly connected to or behind a CXL switch.

A significant turning point in the development of CXL-based memory extension technology has been reached with the release of the Micron CZ122 module. Micron continues to lead the memory expansion market with its cutting-edge features, smooth integration, and reliable performance, as well as the CZ120 in mass production and customer delivery.

Read more on Govindhtech.com

[e-techbuy]

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[alinagentry90]

Overview of a Computer System: Understanding the Basics

An overview of a Block Diagram Of Computer system provides insight into the fundamental components that collectively empower the digital era. At its core, a computer system comprises hardware and software seamlessly intertwined to perform myriad tasks. The central processing unit (CPU) acts as the brain, executing instructions and manipulating data. Memory modules, including RAM and cache, enable swift access to information, while storage devices like hard drives store data for the long term. Input devices such as keyboards and mice facilitate interaction, transmitting user commands, while output devices like monitors and printers translate digital information into a human-readable format. The intricate dance of data within a computer system relies on a robust interconnectivity infrastructure, commonly known as bus architecture. Operating systems and software breathe life into the hardware, providing a user interface and enabling applications to run. The synergy of these elements forms the backbone of a computer system, revolutionizing communication, information processing, and problem-solving. Understanding this holistic overview is crucial for navigating the complexities of modern technology and harnessing the potential of computers in various domains.

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[yizr]

memoryModule

[hackgit]

[Media] ​​PythonMemoryModule

​​PythonMemoryModule Pure-python implementation of MemoryModule technique to load a dll or unmanaged exe entirely from memory. https://github.com/naksyn/PythonMemoryModule #infosec #pentesting #redteam

[pccareus]

ADATA 8G DDR3 1600MHz 240Pins Desktop Memory Compatible 1333 #memory #memorymodules #ram #rammodules #computerparts #computerstuff https://buff.ly/2xW6I2z

[babyawacs]

#block4 @lockheedmartin .@lockheedmartin Lockheed Assume block3F software is burned by whoever finds the memorymodules of a flight recorder to decode the jets That means the delivered jets are better upgraded atleast in code So even if there are clues t

#block4 @lockheedmartin .@lockheedmartin Lockheed Assume block3F software is burned by whoever finds the memorymodules of a flight recorder to decode the jets That means the delivered jets are better upgraded atleast in code So even if there are clues t

#block4 @lockheedmartin .@lockheedmartin Lockheed

Assume block3F software is burned by whoever finds the memorymodules of a flight recorder to decode the jets

That means the delivered jets are better upgraded atleast in code

So even if there are clues to decode 3f in crashed jet memorychips that it cannot decode the jets anymore

Idontknow the system internals

But fromwhat I’ve seen drone decoded…

[semsotai-blog]

‪🎈Happy White Valentine’s Day🎉 #whitevalentine #whitevalentines #ssd #solidstatedrive #solidstatedisk #solidstatedrives #ram #rams #dimm #memorymodule #memorymodules #pc #computer #desktop #laptop #notebook #shenzhen #shenzhencity #shenzhenchina #shenzhen2018 #semsotai #SemsoTai‬

[morgan-ingland-limited]

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[searchingvault7-blog]

Inject Dll From Memory Into A Remote Process (InjectLibraryFromMemory)

[this is sourced from wikileaks Vault7 dump @ https://wikileaks.org/ciav7p1/cms/page_16385092.html

OSB Library: Payload Deployment

Module Name: InjectLibraryFromMemory_NCPT - Inception

Module Description: The module allocates memory in another remote process and copies a self-loading shim DLL image into the allocated memory.  It then allocates memory for the payload and a remote arguments structure and copies this data across as well. Finally, the loaded calls the exported ordinal 1 of the shim with a pointer to the args strucure. The shim performs base relocations, resolves imports and then calls the DllMain entrypoint of itself with PROCESS_ATTACH.  Once the shim has bootstrapped itself it uses the open source MemoryModule library to memory load the payload DLL.  All fixups are handled in the remote process.  The payload and shim never touch disk.

All of that above basically means this is undetectable by AntiVirus

PSP/OS Issues: Any PSP/OS issues associated with the technique.

('excerpt' missing)

Sharing Level: Liaison

Technique Origin: Memory loading code is based on the open source Memory Module.cpp with modification to allow the shim to self-load.  The self-loading technique itself is in-house.

Notes: The Shim DLLs are prebuilt and stored as melomy-style header files.  The Shims are XOR-ed with 0xB2.

Module Specific Structures:

Example Code:

// Injects improvedDummyDll into notepad.exe IPayload::PayloadErr retVal; HANDLE hProc = NULL; retVal = InjectFromMemory::OpenProcessByName(&hProc, L"notepad.exe"); if (SUCCEEDED(retVal) && hProc != NULL) {    InjectLibraryFromMemory_NCPT myInject;    retVal = myInject.execute(improvedDummyDll, sizeof(improvedDummyDll), hProc, sizeof(HANDLE), NULL);    CloseHandle(hProc); }

[nickeggplant]

hi omg my name is alexa and im 15 and i live in ohio woweeewow i play guitar and flute!!! i have 3 dogs and 2 rats!!! im not exactly sure when i made my tumblr but i think around 2010 or 2011! my biggest pet peeve is probably mosquitoes! hecka yeah im single. i was supposed to be a boy and my parents were gonna name me alex so they just slapped an 'a' onto my name! they also gave me two middle names beacause they couldn't decide which one they liked better. uwu

hello alexa! nice to meet you!!

that's cool! i have wanted to play guitar since i was like 12 but still haven't gotten around to it. one of these days, man. one of these days.

and who's pet peeve ISN'T mosquitoes, am I right? I know there's a whole "man every bug is important in nature they all do good stuff" which is why I like bees even though they sometimes sting people because I mean you could say "man dogs shouldn't exist because they bite people" but no! dogs are good friends and they make a lot of people's lives better and just because some of them bite people doesn't mean they shouldn't exist. dogs as a whole are cute & good. and it's the same thing with bees. bees make honey so it's ok that some bees sting people because the bee population as a whole is really nice and cool and friendly. they're cute & good too. I mean if you do it right you can even pet a bee my uncle knows how. this has turned into a paragraph about bees I'm sorry the more I think about it the more I like bees

but what I was saying is. I think mosquitoes are the one exception to that rule. they just suck, period. makin' everybody's lives worse. i can't stand mosquitoes. especially in animal crossing

I wonder if I ended up being a girl if my parents would have just slapped on "a" onto my name too. Nicka. that's a pretty cool name. (nah but actually my full name is Nicholas so if I was a girl I'd probably just be Nicole. or maybe something else entirely who knows)

and aha that's a cool lil fact about your middle names!

[hackgit]

rusty-memory-loadlibrary Load DLLs from memory into another process with rust ▫️ x64bit...

rusty-memory-loadlibrary Load DLLs from memory into another process with rust ▫️ x64bit Only ▫️ Largely based on fancycode/MemoryModule ▫️ Will map a DLL in another process' memory ▫️ Uses PEB to build most of the import table, if not will remotely load libraries with a classic dll injection (LoadLibraryA, VirtualAlloc LibName, CreateRemoteThread) ▫️ Uses WriteProcessMemory/ReadProcessMemory to write/read another process ▫️ Uses a shellcode wrapper for TLS & DllMain calls ▫️ Uses CreateRemoteThread (I recommend using EtwpCreateEtwThread instead) ▫️ Threw in a PPID spoof for testing with main https://github.com/malware-unicorn/rusty-memory-loadlibrary

GitHub - malware-unicorn/rusty-memory-loadlibrary: Load DLLs from memory with rust - GitHub Load DLLs from memory with rust. Contribute to malware-unicorn/rusty-memory-loadlibrary development by creating an account on GitHub.

[teamgroupinc]

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