闲闲老公

Late-night alerts keep coming in, the server room fans howl nonstop, and three virtual machines choke and lag at the same time—this is daily life for anyone in server operations. Given hundreds of script dispatches per day, container orchestration, log analysis, and monitoring polling, a stable, low-heat, highly compatible CPU with strong multithreading capability matters far more to the survival of a production environment than benchmark numbers on paper. Within the mainstream budget range of 1,000–2,000 RMB, we rigorously shortlist five processors that have been validated in real operational scenarios, balancing long-term deployment reliability and platform expandability. We refuse flashy peak performance claims and focus instead on delivering the core power needed for sustained production operations.

IT Home, August 21: The latest data released by Mercury Research at local time on August 20 shows that AMD first took up more than 30% of the x86 client CPU shipments in the second quarter of 2026 (30.3%). This is a significant increase from the 21.1% share two years ago, further narrowing the market gap with Intel (69.7%).
Compared with the first quarter of 2026, AMD’s share increased by 0.7 percentage points. Compared with the second quarter of 2025, when it was 23.9%, it rose by 6.4 percentage points within a year.
AMD’s share growth this time came from both the desktop and mobile processor markets. In the second quarter of this year, AMD’s desktop market share was 34.9%, while the company’s mobile processors accounted for 28.9% of x86 shipment volume.

Wen｜Semiconductor Industry: Past and Future, Junxi
The story of glass substrates is shifting from “who will announce first” to “who can deliver on time.” In the second half of 2026, several pieces of news with similar timelines but different directions have brought this change into the spotlight: by late July, Intel and Lens Technology have been advancing a glass-substrate packaging collaboration for the AI era; on August 11, Korean equipment maker Avaco and its related company AVATEC launched a pilot line to validate the TGV process; on August 12, industry-chain reports emerged that Samsung Electro-Mechanics’ sample reliability evaluation for customer-directed products has hit a bottleneck—GlaSSEM, the joint venture’s line-building plan may be delayed, and mass-production timing could be pushed to after 2028.

The moment you unpack the motherboard, the faint cool touch of your fingertips sliding across the heatsink base is a ritual that every DIY enthusiast knows by heart. No preinstalled system needed, no reliance on vendor tuning—just their instinct for the limits of performance and a deep understanding of hardware logic. With a single CPU, they set the soul of the entire system in motion: it has to be stable enough to support months of uninterrupted rendering; it has to be fast enough that editing timelines glide smoothly like silk when you drag them; and it has to be solid and practical—able to pull the biggest performance lever within a limited budget. For this group of hardcore players who live by “do it yourself and you’ll have plenty,” the CPU isn’t just a symbol made of specs. It’s the tangible response behind every compilation, every frame output, and every round of overclocking.

When a high school multimedia classroom is running 12 teaching terminals at the same time—back-end pushing courseware, front-end live interactive sessions, back-end recorded lecture archives, and real-time proctoring on the teacher’s side—every smooth frame-by-frame transition depends on the underlying processor’s precise scheduling of multi-threaded tasks and stable output. Educational institutions don’t chase extreme overclocking or flashy lighting effects; instead, they need reliable service for a three-plus-year cycle within a limited budget, broad compatibility with mainstream teaching software, support for long-term Windows updates, and the ability to easily handle the growing computing demands of electronic whiteboards, AI speech recognition, 4K micro-lecture editing, and virtual lab simulations. Against this backdrop, three desktop-class processors that combine mature ecosystems, proven stability, and accurate performance positioning stand out as the ideal foundation for upgrading educational informatization.

Intel’s next-generation desktop processor, the Nova Lake-S series, is expected to be officially launched in Q4 2026. The series will deliver a significant upgrade in core scaling and cache configuration. The flagship model will be equipped with up to 52 cores, with the last-level shared cache (bLLC) capacity reaching 288MB, resulting in outstanding overall performance.
Besides the 52-core flagship edition, the Nova Lake-S series will also offer various configurations such as 44-core, 28-core, 24-core, and 22-core models. As the core count decreases, the bLLC cache capacity will correspondingly shrink, and the base thermal design power (TDP) will return to the typical range, covering different tiers from 65W to 125W.

Midnight edits unfinished vlogs—AE timeline stutters, repeatedly refreshing; during a livestream I ran OBS, PR, PS, and a voice call at the same time, and the system suddenly dropped frames. After just exporting a 10-minute 4K clip, the fan roared like an aircraft taking off—this isn’t coincidence; it’s the real performance bottleneck content creators face every day. When creativity is slowed by hardware, upgrading to a CPU that truly understands the logic of creation is far more immediately effective than simply adding more memory or swapping a graphics card. In this episode, we focus on four Intel flagship processors, deeply optimized for high-load content creation scenarios such as video editing, audio processing, AI drawing, and multi-platform streaming—balancing single-core responsiveness, multi-thread throughput, AI acceleration capabilities, and long-term platform compatibility.

Late-night interface debugging, batch compilation of microservices, locally running LLM quantization models— to programmers, the CPU isn’t just a number on a spec sheet. It’s the build time shortened every second, each smooth VS Code response, and the underlying confidence that reliably supports 10 Docker containers per run. The 65W TDP isn’t a compromise; it’s a rational choice by developers for better energy efficiency, temperature control, and sustained performance in quiet office settings, compact workstations, and long-term high-load scenarios. It rejects the anxiety of overheating and throttling, avoids wasted power consumption, and focuses only on delivering precise, reliable, and predictable computing power.

When a single CPU can handle real-time 4K video encoding, smoothly drive the integrated-graphics mode of (Cyberpunk 2077), and continuously compile code for eight hours in a silent small PC case without throttling—this isn’t a future fantasy anymore, but a real, tangible freedom for today’s hardware enthusiasts. No need to buy a separate graphics card. Leveraging the increasingly mature Intel iGPU architecture and platform-level co-optimization, integrated-graphics CPUs are redefining the limits of high-performance desktop systems with impressive energy efficiency, precise power control, and solid multi-thread scheduling capabilities. For enthusiasts who prioritize minimal wiring, silent operation, space efficiency, and long-term stability, a processor that combines compute, graphics, and AI acceleration in one is far more reflective of technical understanding and systems thinking than simply stacking more hardware.

IT Home reports on August 22: the Activision-owned (Call of Duty ?: Modern Warfare ? 4) playable demo is now available on the Steam platform. Developed jointly by multiple studios including Infinity Ward, Beenox, Digital Legends, and Activision Shanghai, and published by Activision, the full game is officially released today.
IT Home’s game product page (https://store.steampowered.com/app/4783780/_4/?l=schinese&cc=cn).
For the full game, Steam’s CN region offers two pre-order versions:
Pre-order players can get early access to the public demo. The early access period runs from August 22 to August 25; the public demo will be available to all players from August 29 to September 1. The full game will be released on October 23.

Editor’s note:
Hunan is undergoing a profound transformation of economic growth momentum. From consolidating strengths in construction machinery to rapidly rolling out new tracks such as aerospace equipment and artificial intelligence, Hunan is carrying out a systemic reshaping—from its “old foundation” to a “new engine.”
As Hunan shifts gears in its industries, another growth engine—the province’s consumption—continues to gain traction. From sustained breakthroughs in cultural and tourism IP to iterative upgrades of consumer scenarios, this central China province is building its own new economic pull.
In the first half of this year, Hunan’s GDP grew by 2.7% year on year. Although the growth rate is temporarily lower than the national average, the signal of an improving economic structure is already clearly visible. Specifically, traditional industries such as tobacco and petrochemicals are under pressure, while emerging industries are accelerating and building momentum—still in their cultivation phase in terms of scale, but laying the groundwork for future growth.

A U.S.-listed company, Advanced Micro Devices (AMD), has disclosed an insider stock transaction. The filing shows that the company insider Hahn (Ava M)（Officer） sold the company’s shares on 2026-08-18, for approximately 1,462,649.17 USD.
Transaction data shows:
? Trader: Hahn (Ava M)（Officer）
? Transaction direction: Sell
? Number of shares executed: 2,993 shares
? Average execution price: 488.69 USD/share
? Transaction amount: approximately 1,462,649.17 USD
? Latest shares held: 26,623 shares
In general, stock trades by executives and directors of listed companies are regarded by the market as one of the important reference indicators for observing management’s attitudes. However, insider trading may involve various factors such as compensation arrangements, tax planning, and asset allocation. A single transaction cannot directly represent the company’s future operating outlook; judgment still requires a comprehensive assessment together with fundamentals and subsequent announcements.

At nine in the morning, the office building lights come on one by one; a PPT has just been submitted, and the next meeting notification pops up. At three in the afternoon, Excel reports, a Zoom remote meeting, Photoshop for photo retouching, and a dozen-plus browser tabs are all open at the same time. The digital workflow of an office professional is no longer a single linear task—it’s a comprehensive test of the processor’s responsiveness, multi-thread scheduling ability, system stability, and the cost of long-term use. Within the 2MB–1MB cache range, four Intel processors precisely cover different tiers, from entry-level efficiency to professional, steady control—building a computing core that truly fits real-world productivity for working people.

At 6:30 in the morning, the kitchen is filled with the aroma of fried eggs, and in front of the desk the child is using a tablet to tune into a live math lesson—fingertips glide smoothly on the screen to write out the solution steps. In the evening during self-study, parents remotely check the learning-duration report, and with a few taps on the screen they complete assignment annotations—this has become the everyday scene for millions of K12 families. Faced with multiple urgent needs such as the stability of online classes, handwriting experience, eye-protection duration, parental control, and long-term durability, lightweight tablets powered by Intel processors are becoming the new favorite of rational parents. They do away with the fragmentation and distractions of the Android ecosystem, offering native Windows compatibility with educational software, precise pressure-sensitive handwriting, no lag during background multitasking, and the ability to install focus-management tools. These advantages are quietly reshaping the value logic of learning terminals.

【Tianji.com DIY Hardware Channel】For those who want to build a PC, this year can be said to be quite a “magical” one. When you say you want to build a system with a 6K budget, you may be surprised to find that the part of your budget that accounts for half is unlikely to be the graphics card or the CPU—it’s just two DDR5 memory sticks. This isn’t a joke. On Jingdong, two 16GB DDR5 6000MHz memory sticks cost nearly 3,000 yuan. Given this market situation, consumers have no choice but to rethink this year’s DIY market and choose among only a few options: either increase the budget, change the plan, or simply give up.

　　　When it comes to stock trading, just look at the analyst reports from the Golden Qilin. Authoritative, professional, timely, and comprehensive—helping you uncover potential theme opportunities!
（Source: Zhitong Finance）
Zhitong Finance APP learned that, against the backdrop of intensifying global competition in semiconductors, the Japanese government is adding more funding to its “semiconductor national team” once again. The Ministry of Economy, Trade and Industry of Japan announced that in the budget for fiscal year 2027, it plans to allocate an additional 150 billion yen (about $944 million) to advanced semiconductor manufacturer Rapidus Corp. to increase spending and strengthen its competitiveness against leading players such as TSMC.
This is yet another crucial injection of funding from the Japanese government into this start-up widely hailed as the “Japan version of TSMC,” following the government’s previous contributions of 100 billion yen in February and approval of 631.5 billion yen for R&D support in April. If the additional 150 billion yen from this round is combined with existing subsidies, by fiscal year 2027, Japanese government and private capital support for this state-owned chip company established in 2022 is approaching a scale of nearly 3 trillion yen.

Late-night rendering for your thesis project, opening ten-page PDF literature documents to research, recording a screen walkthrough while running simulation models—this has long been the daily routine of contemporary university students. Without smooth multi-thread performance, there’s no calm learning pace; without a reasonable balance of power consumption and price, it’s hard to build a truly handy productivity platform on a limited budget. Students don’t need to pile on-spec flagship parts, but they must not compromise on outdated architectures plagued by weak single-core performance and multi-task system crashes. Four multi-threaded CPUs that have been tested to be stable, energy-efficient, and highly compatible are precisely here for this group.
Intel Core i5 12600KF, with a delivered price of 1,830.0 yuan. As a sincere offering from the 12th-gen hybrid architecture, it features 10 cores and 16 threads (6 performance cores + 4 efficiency cores), a turbo boost up to 4.9GHz, and supports PCIe 5.0 as well as DDR5 memory. It performs reliably in MATLAB matrix computations, Blender basic modeling, and scenarios involving multiple opened IDEs plus a browser. And you don’t need to buy an extra aftermarket cooler to keep temperatures under control. For students with tight budgets who still want to capture the benefits of modern architecture, it’s the most rational stepping stone into entry-level high-performance computing.

Late-night deadline crunch for PPTs, last-minute add-on group video editing, weekend gaming sessions (Genshin Impact) on PC high settings—these moments have long become routine daily clips in university students’ digital lives. No need for redundant flagship specs, and you shouldn’t pay for idle performance. What you truly need is a processor core with solid clock speeds (starting from 2.8GHz), stable multi-thread performance, controllable thermals, strong platform compatibility, and a friendly price. It doesn’t chase record-breaking overclocks, but it must refuse stutter. It doesn’t emphasize extreme rendering performance, but it must handle sustained workloads like keeping multiple browsers plus IDEA plus NetEase Cloud Music plus Tencent Meeting running at once. This ranking is compiled specifically for real usage rhythms of students: it rejects inflated numbers, and focuses on measured responsiveness, platform maturity, and upgrade potential within the next three years.

When the cooler hums softly and stays quiet, the motherboard’s BIOS interface comes into view. When frame generation time drops sharply to the millisecond range, and the render progress bar rockets toward 100% like an arrow released from a bow, what hardware enthusiasts truly crave is never just “3.0GHz” listed on a spec sheet—it's the assurance of instant responsiveness, the calmness of running multiple virtual machines without stutter, and the sense of control when exporting 4K video with the fans remaining steady. In the battleground of chasing extreme frequencies and balancing real workloads, the CPU isn’t a lone hero—it’s the command center of the whole system. It needs the instantaneous burst from high clock speeds, relies on multi-core, multi-threading to sustain long periods of heavy load, and also requires a finely tuned balance of process technology and architecture working together to achieve an efficient power-to-performance ratio. That’s why this hard-core list focuses on main frequencies above 3.0GHz, made for enthusiasts who wire systems by hand, fine-tune voltages repeatedly, and read temperatures the way others read text.

Advanced Micro Devices (AMD), a US-listed company, has disclosed an internal insider stock transaction. The filing shows that on 2026-08-14, the company insider Papermaster (Mark D) (Officer) increased his holdings of company stock.
Trading data shows:
? Trader: Papermaster (Mark D) (Officer)
? Trade direction: Buy
? Shares成交: 0 shares
? Average execution price: US$84.85 per share
? Latest shares held: 1,728,536 shares
? Shareholding percentage: 0.11%
In general, stock transactions by executives and directors of listed companies are viewed by the market as one of the important reference indicators for observing management's attitude. However, insider trading may involve various factors such as compensation arrangements, tax planning, and asset allocation. A single transaction cannot directly indicate the company's future operating outlook; it still needs to be assessed comprehensively in light of the fundamentals and subsequent announcements.