*and Europe and all their proxies and peripherals

Structured MCU context for your AI coding agents. Registers, memory maps, clocks, peripherals, DMA, interrupts, timers, ADC/DAC, GPIO mux, power and debug. Plus errata and per-silicon-revision diffs so the agent knows what's broken on which die. Excited to release an extensive catalog of 2500 MCUs across STMicroelectronics, Nordic, and Espressif (other families coming soon). Every spec stored as structured data from datasheets, reference manuals, and errata sheets. Download the Omen CLI, type /mcu to pick your chip, and the agent deterministically pulls verified register offsets, reset values, and bitfield semantics straight from the spec. No more grepping through 2,000-page PDFs and hoping the model interpreted the prose correctly.

Used to stare angrily at the blackness behind my closed eyelids than when the time was right I could just leave The imagery I saw out of my peripherals was always placed there to distract me Who knows what I saw last time I did it?

The gaming peripherals gonna be flying tomorrow.

My favorite brand has been @Razer for my peripherals

Honestly? Probably not. There is a wide gap between Schlittler and the next guy. Only one that could realistically catch him is Cease. He’s been more consistent with the strike throwing this year in his peripherals are really good. He’s actually had a little bit of bad luck.

You can genuinely make something that feels alive with off the shelf hardware. Walnut runs multiple RL policies (PPO) on a 3 dollar Xiao board, and has a Pi Zero 2W that runs the brain and peripherals (screen, mic, speaker, camera). @chrisvtom @LeRobotHF @Thom_Wolf

@realDonaldTrump @JDVance America can not afford to be 2nd place in AI, this is more critical than the Manhattan project because unlike Nuclear weapons, bad actors will immediately and regularly abuse AI as soon as they have access to it. Additionally, unlike the Manhattan project, we must not only facilitate centralized frontier development. Therefore, I am asking that the US government allocate 15-20 billion dollars for the purpose of supporting 1 million American(citizens) engineers to build their own local AI rigs. The US government should acquire 1 million Blackwell 6000 Pro 96gb GPUs, as well as the peripherals needed, specifically RAM 128gb minimum. Then, distribute these to 1 million young, professional, American engineers. This would ensure that America takes an extreme lead in the realm of independent AI development and experimentation. This decentralization is something other countries could never interfere with and would not depend on the massive infrastructure requirements of frontier AI systems. The 2nd and 3rd order effects of this distribution would pay positive dividends to the American economy for decades to come. And all for a price tag that is less than 1 day of federal budget spending.

Kolek is interesting because the ERA is shiny but he's 29 and it's not like the peripherals jump off the page and he's gotten some good defensive help behind him. Reminds me of Brett Anderson.

Counter-Strike was much more enjoyable when I had 100 FPS, low end PC, basic peripherals and the goal was to reach Global Elite.

Me: Similarities between computers and the human body Ai: Computers and the human body share many functional analogies, as computers were often designed to mimic or extend human capabilities like processing information, storing data, and responding to inputs. These comparisons are metaphorical but highlight how both systems handle information, energy, and coordination. computerhope. com Here are the main similarities: 1. Processing Unit: Brain vs. CPU • The human brain processes sensory information, makes decisions, and controls actions. • The CPU (Central Processing Unit) in a computer executes instructions, performs calculations, and manages operations. • Both act as the “command center,” handling vast amounts of data quickly through electrical signals. medium. com 2. Memory Systems • Short-term memory (working memory in the brain) holds information temporarily for immediate use. • RAM (Random Access Memory) serves a similar role, providing quick access to active data and programs. • Long-term memory stores experiences and knowledge over time. • Hard drives/SSDs provide permanent storage for files and data. faculty.washington. edu 3. Communication and Connectivity: Nervous System vs. Motherboard/Buses • The nervous system (including the spinal cord) transmits signals throughout the body to coordinate movement and responses. • The motherboard connects all computer components (CPU, memory, peripherals) and enables communication via data buses. computerhope. com 4. Power Source: Heart vs. Power Supply Unit (PSU) • The heart pumps blood (carrying oxygen and nutrients) to keep the body alive and functioning. • The power supply delivers electricity to all computer parts, enabling operation. Without it, everything shuts down. computerhope. com 5. Input and Output Devices: Senses and Actions vs. Peripherals • Senses (eyes, ears, skin, etc.) gather input from the environment. • Input devices (keyboard, mouse, microphone, camera) feed data into the computer. askfilo. com • Muscles and voice produce output (movement, speech). • Output devices (monitor, speakers, printer) display or present results. 6. Protection and Structure • The skeleton and skull provide structural support and protection for organs. • The computer case/chassis houses and protects internal components. medium. com 7. Other Shared Traits • Electrical signaling: Both rely on electrical impulses (neurons fire action potentials; computers use binary on/off signals). faculty.washington. edu • Adaptability and learning: Brains strengthen connections through experience; computers “learn” via updates, machine learning algorithms, or software. • Multitasking: The brain handles multiple thoughts/processes; modern CPUs and OSes manage parallel tasks. • Error handling and recovery: Both have mechanisms like immune responses (body) or error-correcting code/reboots (computers). These analogies are useful for teaching but not perfect—the brain is far more complex, plastic (self-rewiring), energy-efficient, and creative than current computers, while computers excel at raw speed, precision, and tireless repetition. greymattersjournalvc. org This comparison has inspired fields like neuromorphic computing (chips modeled after brain neurons) and helps explain technology in relatable terms.

#dabihawks Hawks swings a little keychain in his hands, the familiar red yellow hues catching against his peripherals. Dabi throws an arm around Hawks to pull him close, a reminder that Hawks is with him and it doesn't matter, but... "Why do you still collect those old things?"

Unlucky the 3B experiment worked before Lindor got hurt but overall not the same peripherals (so far) as 2025 and the results are WAY worse

Over 160,000 people directly employed across his companies, that does not include suppliers, contractors and other business and community peripherals ..... Ya, we should all hate this man

Best performing stocks in the S&P 500 (2026 ytd)： Technology Hardware, Storage & Peripherals $SNDK – Sandisk Corp. ( 400.0%) $STX – Seagate Technology Holdings Plc ( 164.4%) $WDC – Western Digital Corp. ( 150.6%) Semiconductors & Semiconductor Equipment $INTC – Intel Corp. ( 170.0%) $ON – ON Semiconductor Corp. ( 90.3%) $MU – Micron Technology, Inc. ( 90.1%) $TER – Teradyne, Inc. ( 78.5%) $QY – ( 75.7%) $MPWR – Monolithic Power Systems, Inc. ( 75.0%) Communications Equipment $LITE – Lumentum Holdings, Inc. ( 157.7%) $CIEN – Ciena Corp. ( 128.9%) Electrical Equipment $VRT – Vertiv Holdings Co. ( 102.7%) $GNRC – Generac Holdings, Inc. ( 90.2%) Construction & Engineering $FIX – Comfort Systems USA, Inc. ( 100.2%) $PWR – Quanta Services, Inc. ( 75.9%) Electronic Equipment, Instruments & Components $GLW – Corning, Inc. ( 81.1%) $COHR – Coherent Corp. ( 78.5%) $KEYS – Keysight Technologies, Inc. ( 73.4%) Chemicals $LB – LyondellBasell Industries NV ( 75.3%) $DOW – Dow, Inc. ( 74.3%)

If Elder isn’t hitting spots he’s very average. His margin of error is extremely small. Even with improved peripherals.

bUt ThE pEriPhErAls

His peripherals are right around where they’ve always been, if not just a tiny-bit worse. The rates (K, BB, and HR) all consistent. I think that people are panicking too much about a guy who has a sub-3.00 ERA. His ball in play profile has been on the unlucky side.