[Vanguard] The NNPC Gas Marketing Limited (NGML), a subsidiary of the Nigerian National Petroleum Company Ltd. (NNPC Ltd.), has executed a Gas Sale and Purchase Agreement (GSPA) with Dangote Petroleum Refinery and Petrochemicals FZE.

Pakistani TikToker Imsha Rehman has faced a fate similar to that of social media influencer Minahil Malik. The Instagrammer is under heavy trolling after an MMS of her private videos went viral on social media. In response to the backlash, Imsha

NFL

Having passed the mid-year point, it is always an interesting exercise to take stock of where we stand with respect to the approval of new medicines. Overall, when considering the volume of activity, things would seem to be looking up … Continue reading →

For those working closely with the development of new medicines for FDA approval, it can be informative respecting the future to look back at recent activity and take note of any potential changes from years past. Now, with no more … Continue reading →

Seunghee Sue Lee is recognized for her expertise as an orthodontist with Beyond Your Smile, PC

HSTP-MMSM - Technical Paper on Service Mobility for new Multimedia Service Architecture

From 5G to satellites, GlobalLogic Ireland MD Carmel Owens on how the comms industry is powering innovation for a better-connected planet.

Read more: How the comms industry is making waves

RAMMSTEIN the only real reason most of us want to learn german

A poetry reading by Mike Simms will take place from 12:05 to 1:20 p.m. on Thursday, Nov. 14, in the Titelman Study of the Misciagna Family Center for Performing Arts at Penn State Altoona. Simms is a poet, novelist, essayist, political activist, editor and publisher.

DDR5 is the latest generation of PCDDR memory that is used in a wide range of application like data centers, Laptops and personal computers, autonomous driving systems, servers, cloud computing, and gaming are now increasingly being used for AI applications with advances in memory bandwidth and density to allow DDR5 DIMMs (Dual Inline Memory Modules) to support densities higher then 256 GB per DIMM card. The highest speed DDR5 SDRAM devices can support data rates of up to 8800 MTps.

DDR5 SO-DIMMs and UDIMMs

One of the most recognized uses of PCDDR is with client devices like laptops and personal computers. These client devices mostly use two types of DDR5 DIMMs called SO-DIMM (Small Outline Dual Inline Memory Module) and UDIMM (Unbuffered Dual Inline Memory Module).

These types of DIMMs have no signal regeneration or buffering (which, for example, the Registering Clock Driver or the RCD does for clocks/command/control signals for a registered DIMMs). A typical 2-Rank UDIMM with x8 DDR5 SDRAM components has 8 or 10 components per rank depending on the system ECC (Error Correction Code) memory being part of the DIMM.

Why DDR5 Clock Buffer and CUDIMM?

Clocks are one of the most important signals for synchronous devices, and DDR5 SDRAMs are no exception. The host is responsible for the fanout to all the DRAM input ports, such as clocks for UDIMMs. Driving of all these DRAM clocks can put quite a bit of load on the host output drivers, thus affecting the signal quality, which can result in unexpected memory errors. This issue gets amplified when operating at the higher clock and data rates where the clock signals transition from one logic value to the next over a very short time. To solve these signal integrity issues with DRAM clocks, JEDEC has come up with a new type of DDR5 DIMM component that is called DDR5 clock buffer. Clock buffers can be used for both DDR5 SO-DIMMs and DDR5 UDIMMs. DDR5 UDIMMs that include a clock buffer component as part of the DIMM card are called DDR5 CUDIMMs (Clock Buffered UDIMMs).

DDR5 Clock Buffer Overview

DDR5 Clock Buffer is a simple logic device that takes in two sets of input clock pins and drives two sets of clock pins as output per channel. The clock buffer device can operate in three types of clock modes: -

• PLL bypass mode: In this mode, the clock buffer just passes on the input clocks to output without any kind of signal buffering. The PLL bypass mode enabled CUDIMM devices behave like traditional UDIMMs without any buffering of the clocks. This is why it’s also referred to as legacy mode. Recommended CUDIMM operating speeds in PLL bypass mode are typically limited to 3000 MHz.

• Single PLL mode: In the single PLL Mode, the clock buffer device will use a Phase Lock Loop (PLL) for the regeneration of the incoming host clock to create a better-quality clock that is sent to the DRAMs. However, since there is only one PLL that is used in this mode, both sub channel output clocks will be driven based on only one set of input clocks with the other set of input clocks remaining unused.

• Dual PLL mode: In this mode, the clock buffer will use two PLLs to independently generate each sub channel output clock based on each set of incoming host clocks. The second set of PLL can be turned on or off on the fly if needed to save power.

Beyond the clock modes, clock buffers provide additional flexibility to the system designers with register-controlled additional signal delays, optional output clock enable/disable per bit feature, drive strength and termination choices, etc. All DDR5 clock buffer device control word registers are accessible via DDR5 DIMM sideband.

Cadence VIPs offers a compressive memory subsystem solution that includes memory models for DDR5 SDRAM, DDR5 RCD, DDR5 DB, DDR5 clock buffer, all types of DDR5 DIMMs, including the DDR5 CUDIMMs, DFI Memory Controller/PHY VIPs, and a system VIP compliant to JEDEC specifications defined for each of those devices along with latest DFI Specification.

More information on Cadence DDR5 DIMM VIP is available at the Cadence VIP Memory Models website.

IEEE / Institute of Electrical and Electronics Engineers Incorporated

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Christian Renz, Veronique Albanese, Vera Tröster, Thomas K. Albert, Olivier Santt, Susan C. Jacobs, Anton Khmelinskii, Sebastien Leon, and Helle D. Ulrich

Polyubiquitin chains linked via lysine (K) 63 play an important role in endocytosis and membrane trafficking. Their primary source is the ubiquitin protein ligase (E3) Rsp5/NEDD4, which acts as a key regulator of membrane protein sorting. The heterodimeric ubiquitin-conjugating enzyme (E2), Ubc13-Mms2, catalyses K63-specific polyubiquitylation in genome maintenance and inflammatory signalling. In budding yeast, the only ubiquitin protein ligase (E3) known to cooperate with Ubc13-Mms2 so far is a nuclear RING finger protein, Rad5, involved in the replication of damaged DNA. We now report a contribution of Ubc13-Mms2 to the sorting of membrane proteins to the yeast vacuole via the multivesicular body (MVB) pathway. In this context, Ubc13-Mms2 cooperates with Pib1, a FYVE-RING finger protein associated with internal membranes. Moreover, we identified a family of membrane-associated FYVE-(type)-RING finger proteins as cognate E3s for Ubc13-Mms2 in several species, and genetic analysis indicates that the contribution of Ubc13-Mms2 to membrane trafficking in budding yeast goes beyond its cooperation with Pib1. Thus, our results widely implicate Ubc13-Mms2 as an Rsp5-independent source of K63-linked polyubiquitin chains in the regulation of membrane protein sorting.

The CLEVELAND INDIANS' 22-game winning streak in 2017 will get a replay on 22 straight nights starting MONDAY (5/4) on iHEARTMEDIA Active Rock WMMS/CLEVELAND and some of the INDIANS' … more

Rammstein broke the bad news to fans in Europe that their planned 2020 stadium tour will not be taking place as planned

They're trying to reschedule.

The post RAMMSTEIN Officially Cancels European Stadium Tour 2020 appeared first on Metal Injection.

Zero-click remote-code exec hole found by Googler, updates emitted

Samsung has patched a serious security hole in its smartphones that can be exploited by maliciously crafted text messages to hijack devices.…

RAMMSTEIN официально отменили европейский стадионный тур 2020 года, который должен был стартовать двадцать пятого мая в Австрии и завершиться четвертого августа в Дании.

«В связи с местными запретами из-за COVID-19, которые повлияли практически на все запланированные даты, стадионный тур группы в 2020 году, увы, не состоится. Сейчас мы рассматриваем все возможные варианты переноса на новые даты и сделаем объявление на этот счет как можно скорее.

Все билеты будут действительны.

Спасибо за понимание и терпение». #Rammstein #IndustrialMetal #Industrial_Metal

The repetitive immunization at multiple sites (RIMMS) protocol capitalizes on the animal's innate immune system, which is genetically preprogrammed to recognize many antigens. By repetitively immunizing the animal, B cells that recognize the antigen are kept continuously expanding until the lymph nodes are harvested for hybridoma generation. This is a good method for making a more diverse repertoire of antibodies or antibodies directed against conformational epitopes.

В поставляемом в Android-прошивках Samsung обработчике изображений Qmage, встроенном в систему рендеринга графики Skia, выявлена уязвимость (CVE-2020-8899), позволяющая организовать выполнение кода при обработке в любом приложении изображений в форматах QM и QG (".qmg"). Для совершения атаки не требуется выполнение пользователем каких-либо действий, в простейшем случае достаточно отправить жертве MMS, email или сообщение в чате, содержащее специально оформленное изображение.

Logistics Management Group News Editor Jeff Berman recently caught up with Walter Kemmsies, economist and chief strategist for industrial real estate firm JLL. Their wide-ranging conversation covered various topics, including: the impact of COVID-19 on logistics and supply chain operations, inventory management shifts, and why now is a great time to be in industrial real estate, among others.

Micron the memory manufacturing company has officially confirmed that it has begun sampling DDR5 Registered DIMMs using 1znm process technology. DDR5 is the most advanced DRAM till date and the company claims that a DDR5 RAM compared to a DDR4 RAM

Barker Library - TA349.I579 2012

New York, NY ; Abingdon, Oxon : Routledge, an imprint of the Taylor and & Francis Group, 2020.

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Here's looking at the film's trailer.

Hayden Library - PT2190.A3 M65 2014

Hayden Library - PT2621.R27 L4313 2015