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July 30, 2019 AMD has officially released the beta chipset driver to fix boot issues with Destiny 2 on Ryzen 3000 CPUs, alongside a blog post with more in-depth explanation and bug fixes.
READ MORE
AMD Ryzen 9 3900X review
AMD Radeon RX 5700 XT review
Best CPU for gaming

AMD’s Robert Hallock has released a beta chipset driver for AMD Ryzen 3000 processors that fixes Destiny 2 incompatibility issues. This can now be found within the Community Update #5 post on the AMD community website.
When AMD first launched its Ryzen 3000 series processors on July 7, 2019 they were unable to launch Bungie’s most popular title: Destiny 2. The issue was swiftly addressed by both Bungie and AMD on social media, promising a fix in the coming days. That fix would take a little longer, however, as the AGESA update that contained the working code would be pulled due to instability before a wider release.
Rather than wait around too much longer, Robert Hallock, senior technical marketing manager at AMD, has posted a direct link to beta chipset drivers that remedy the issue. These will get a public release very soon, but in the meantime you can download it directly from this Google Drive folder and install it on your machine. You may have to acknowledge a couple of warnings along the way, due to this driver’s beta status, but users are reporting the fix is successful.
“Concerning Destiny 2,” Hallock writes on a Reddit post, “this is indeed something we caught after launch. Plain and simple: I’m sorry. It is not a title that is in our standard test suite, as it’s difficult to reliably benchmark. When we caught it, we sent out a proactive statement to our global press list, about 700 members, resulting in coverage like this. We also collaborated with Bungie support staff to root cause the issue and communicate with their customer support team to let users know what’s up.
“I’m hoping you can help me test a workaround driver that should get you into the game. This is a beta chipset driver, and it may give you an installer warning or two if you’re upgrading an existing driver, but I believe this should work around the D2 launch issue. Can you let me know if it works?”
Earlier in the month, Phoronix noted that issues affecting Destiny 2 may have been one in the same with those causing boot issues on Linux. The issue reportedly lay with the RdRand instruction. This is intended to return random numbers from a random number generator – praise RNGesus – which is crucial to some Linux distros’ boot sequence, and it just so happens Destiny 2 relies on that very instruction, too.
    More AMD:
  • AMD Zen 3 design finalised on 10% faster 7nm+ node
  • AMD takes the fight to Intel with 7nm EPYC server CPUs fitted with up to 64-cores
  • AMD CEO Dr. Lisa Su confirms “zero truth” to rumours of her departure and “the best is yet to come”
The AGESA fix for the issue, alongside other improvements, will launch under the title 1003ABB in the next few weeks, AMD states. Also now available is a new version of Ryzen Master with monitoring and behaviour improvements.
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AutoFull Shield AF063BPU 게임 의자, 확장 세션을위한 제어 및 편의 제공


AutoFull은 중국에서 가장 많이 팔리는 최고의 성능을 자랑하는 게임 의자 브랜드입니다. 또한 국제 게임 프로 리그의 공식 리그 오브 레전드 라이센시 및 공식 게임 의자 브랜드이기도합니다. 이 회사는 현재 주력 제품인 Shield Series AF063BPU의 가격이 미화 $ 220 인 TechPowerUp 독자에게 할인 된 가격으로 전 세계 고객에게 판매를 개시하면서 국제적으로 진출하고 있습니다.

AutoFull Shield 시리즈 AF063BPU는 견고한 쿠션, 어깨 날개, 머리 받침 및 목 뒤 통풍이 가능한 허리 지지대가있는 전체 높이의 회전식 게임 의자입니다. 스위블 스톡의 높이 조절 외에도 높이와 각도 조절이 가능한 팔걸이가 있습니다. 주요 스톡은 순수한 질소 기반 가스 스트럿과 견고한 나일론 피트를 특징으로합니다. 내부에는 시트가 튼튼한 강철 보강재로되어있어 접히는 것을 방지합니다 (대부분의 회전 의자는 목재 파티클 보드 시트로 저렴합니다). 틸트 메커니즘은 최대 150 °의 리 클라인을 처리 할 수 ​​있습니다. 의자는 최대 150kg (330lbs)의 무게를 처리 할 수 ​​있습니다. 

AutoFull Shield AF063BPU 게임 의자 구입

원래 350 달러에 판매 된이 의자는 220 달러에 할인 된 가격으로 제공되지만 TechPowerUp 독자는 AFtech10 % 쿠폰을 사용할 수 있습니다 체크 아웃시 추가 22 달러 할인.


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AMD took the desktop processor performance crown this month with its 3rd generation Ryzen processors, which introduce several architectural changes while retaining backwards compatibility with socket of older AM4 platforms. Like most new technology, 3rd generation Ryzen isn't without some initial issues to iron out, and AMD is bug-swatting on two fronts: its 3rd generation Ryzen processors and its Radeon RX 5700 "Navi" graphics cards, both debuting new architectures. 3rd generation Ryzen processors do indeed live up to the promise of backwards compatibility and offer significantly higher performance than the 2nd generation Ryzen, but users reported certain problems to AMD.

The first and major problem were idle clock speeds, voltages, and power draw. Apparently, these processors are restive and don't idle at low clock speeds the way people expected. AMD was quick to point out that this is a case of the "observer effect", where monitoring software and other low-priority apps are causing the processor to think there is need to wake up more cores and raise clock speeds and voltages.
The underlying issue is the rate at which "Zen 2" processors and the operating system talk to each other about required processor power. This is a staggering 1 ms compared to 15 ms on most processors. When you have a large number of low-priority applications requesting CPU time, or certain kinds of monitoring utilities trying to measure processor stats, a "Zen 2" processor is under the false impression about the performance demand and perceives these utilities and software as load that warrants waking up the cores, and raising the frequencies.

With "Zen 2", AMD introduced a platform feature called UEFI CPPC2 (UEFI collaborative power and performance control). This capability puts the processor's on-die firmware in complete control of clock-speed/voltage selection at all times. The processor can make these changes at breakneck speed, once every 1 ms. Out of the box, Windows 10 cannot keep up with this speed as its stock "Balanced" power scheme messages the processor with performance-requirement requests only once every 15 ms. AMD hence installs a custom power scheme via the Chipset Driver called "Ryzen Balanced Power Plan". This makes the OS and processor talk to each other every 1 ms.

When not gaming or working, the average PC enthusiast's machine is running a web browser, chat application, peripherals application, and a monitoring app which polls hardware. The processor could interpret their load as a need for boost if the processor and OS are talking to each other at 1 ms. This gives users the appearance of a processor that's stuck at a higher state than idle.

AMD's solution to the problem is an updated Chipset Driver with an updated "Ryzen Balanced" profile that drops the rate at which the processor is receiving performance requests from the OS to 15 ms when the processor is idling, and to speed up that rate to 1 ms when faced with a "real" workload. The drivers also change the way the processor behaves at low workloads. Any core that isn't power-gated will sit at 99% of the processor's nominal clock speed. This 99% value keeps the active core on the verge of boosting, so that any "serious" workload can easily trigger CPU boost and send the processor back to the 1 ms polling rate.

AMD implemented this change, and more, using the new Chipset Driver version 1.07.29 available for download on the AMD website. The update is only recommended for 3rd generation Ryzen users as older generations of Ryzen don't feature CPPC2. In this review, we pair the Ryzen 9 3900X through our whole CPU testing suite, including both applications and games, to determine the performance implications this new chipset driver brings with it. We only uninstalled the old chipset driver and installed the new software, everything else remains untouched.
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강아지(개) 예방접종 시기




강아지(개) 예방접종 시기


강아지는 생후 45일이 지나면 어미에게서 물려받거나 젖을 통해 받게되는 면역력이 떨어지기 시작합니다. 이 시기부터 생후 4개월이 되기전에 강아지 종합백신 및 기타 질병에 대한 주사를 맞는 것이 좋습니다. 도시별, 병원별로 금액의 차이는 있겠지만 대한동물약국협회에서 조사한 바로는 백신 1회접종의 비용은 2~5만원 사이가 가장 많다고 합니다.

예방접종 전에는 1~2일 정도 심한 운동 및 스트레스를 받지않도록 하고 접종 당일에는 과식을 하지 않도록 합니다.

예방접종 후에는 2~3일 정도 유심히 관찰라며 며칠간 산책, 운동, 장거리 이동, 목욕을 금하며 스트레스를 받지 않도록 관리해 줘야 합니다.


강아지 5종 종합백신


☞ 생후 6~8주부터 2~3주 단위로 총 3회 접종합니다.
☞ 연 1회 추가접종





전염성 간염


이름 그대로 전염성이 강하며 고열, 부종이 발생합니다.


파보바이러스성 장염


강아지에게 매우 치명적이며 탈수나 패혈증의 방생으로 강아지가 죽을 수도 있습니다.


파라인플루엔자성 기관지염


콧물, 기침, 발열, 기관지염 등 폐렴이 발생할 수 있습니다.


홍역


고열, 구토, 설사 등의 증상이 나타나며 강아지가 죽는 경우가 종종 있습니다.


렙토스피라증


동물의 배설물과 접촉시 균이 점막이나 피부를 통해 전파되며 출혈성 위염, 구내염 등이 발병할 수 있습니다.


기타 백신


종합 5종에는 포함되지 않지만 위험성이 다분하므로 예방을 하는 것이 좋은 질병들 입니다.





코로나 장염


☞ 생후 6~8주부터 2~3주 간격으로 3회 접종
☞ 연1회 추가접종

소화기관에 병원균이 침투하여 구토, 설사, 식욕부진이 생깁니다.


컨넬코프


☞ 생후 6~8주부터 2~3주 간격으로 3회 접종
☞ 환절기가 되기전을 기준으로 6개월 단위로 추가접종을 실시합니다.

호흡기와 연관된 전병성이 있는 질병으로 면역력 저하시 재발이 잘됩니다.


광견병


☞ 생후 3개월 쯤 1차 접종을 하며 이후 6개월 후에 2차 접종을 합니다.
☞ 연1회 추가접종

사람에게 전염 될 수있는 병으로 최근 국내에는 광견병 발병사례는 없으나 위험성이 존재함으로 접종을 하는 것이 좋습니다. 광견병에 걸리면 난폭해지고 공격적이며 흔히들 침을 질질 흘린다고도 합니다. 이후 광견병에 걸린 강아지는 마비, 발작등으로 사망하게 됩니다. 
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