Thermaltake case power issues – Dr. Trippers Stuff

I have an issue with my computer. I thought it was due to a hibernqtion bug in win10 but no amount of removing shit got the mb to boot. Now I am thinking is is either the case or the cpu. research and find out if any thermaltake cases have problems with the power/reset switch

It’s not just you—Thermaltake cases (especially older Core, Chaser, View, GT/Tour series) often suffer power/reset switch failures. Here’s the lowdown:

—

### 🔧 Common Symptoms
– **Power button becomes unresponsive or stiff**, sometimes requiring repeated pressing (Core P5, Level 20 RS, Core X2) citeturn0reddit12turn0reddit14turn0search0
– **Reset switch often works fine**, leading users to rewire it as a workaround citeturn0search0turn0reddit14turn0reddit15
– **In stubborn cases**, people resort to shorting the motherboard pins with a screwdriver every boot citeturn0reddit13turn0search3

> “I’m just sticking to using the reset button as a power button…not ideal” citeturn0reddit12
>
> “You can keep jumping…get one of those exterior power buttons” citeturn0reddit13

—

### 🛠 Fixes & Workarounds

1. **Test the switch with a multimeter**
Should read ~0 Ω when pressed, ∞ when idle citeturn0search2turn0search3.

2. **Apply contact cleaner**
A drop of DeoxIT has revived sticky buttons after dust, spills, or oxidation citeturn0search2.

3. **Replace the front-IO board or just the switch**
Some users sourced replacements via eBay or contacted Thermaltake support citeturn0search2turn0search0turn0reddit19.

4. **Use reset switch or aftermarket external button**
– Rewire the reset lead to the motherboard power pins citeturn0search0turn0reddit14turn0reddit13
– Or install an expansion-slot-mounted power button available online citeturn0reddit20.

5. **RMA the case**
If it’s still under warranty, a return may nab a full front‑IO board or new case citeturn0search2turn0search0.

—

### ✅ What You Can Do Right Now

—

### 💡 Quick Fix Options

– **If you’re troubleshooting now:** Try steps 1–3: test the switch and clean it, then temporarily rewire the reset button or use a slot-mounted switch to boot.
– **Need long-term reliability:** Consider ordering a replacement front panel board for your model or RMA contact Thermaltake support.
– **Budget-minded:** You can pick up cheap DIY power‑buttons for a few bucks on eBay/online.

—

**Bottom line:** It’s almost definitely the case switch—super common and widely documented in TT builds. Test first, then clean or rewire. If that fails, a replacement switch/IO board or external button are solid fixes before shelling out for a new case.

Let me know if you want direct links to replacement boards or help picking a good slot-button!
What is happening is that i turn on the computer and it stops booting at the vpu. The ight on the mb stays on cpu
Ah, that’s a different beast entirely. If your motherboard debug LED **stays stuck on CPU**, that means **POST (Power-On Self-Test) is halting before initializing the GPU**, and the **CPU isn’t passing its checks**. Here’s the real issue isn’t the case switch—it’s something deeper in the core.

—

### 🔎 Interpreting the Motherboard Light
When the CPU LED stays lit:
– The board **never made it past initializing the CPU**, so no RAM or GPU is checked yet.
– The power switch may still be working fine—it’s just that the **system’s stuck in pre-POST limbo**.

—

### 🔥 Top Suspects for “CPU Light Stays On” at Boot

| # | Suspect | Explanation |
|–|———|————-|
| 1 | **Bad CPU seating or bent pins** | Classic issue—CPU isn’t making proper contact |
| 2 | **Dead CPU or shorted VRM** | If it fried, it won’t POST—check for heat/smell |
| 3 | **Improper standoff grounding** | Case short from standoffs can stop CPU init |
| 4 | **Unsupported BIOS for CPU** | Especially if you upgraded CPU without flashing BIOS |
| 5 | **Loose or unseated power cables** | Check 8-pin CPU power plug and 24-pin mobo plug |
| 6 | **Faulty motherboard** | If it’s not the CPU, the VRM or traces may be fried |
| 7 | **Cooler over-tightening** | Warps the board, lifts CPU slightly = no contact |

—

### ✅ Step-by-Step Triage (No BS Version)

1. **Remove power completely**. Wait 10 seconds. Reset CMOS with jumper/battery.
2. **Inspect CPU pins** (especially Intel). Pull it out. Look for **bent pads** or **thermal paste in socket**.
3. **Check for 8-pin CPU power** firmly plugged in. Re-seat it. (Yes, happens more than you think.)
4. **Test outside the case**. Lay motherboard on cardboard. If it posts, your case might be shorting it.
5. **Try minimal config**:
– 1 stick RAM
– No drives
– No GPU (if CPU has iGPU)
6. **Try known-good PSU** (if you have access). It could be undervolting CPU rail.
7. **Remove cooler and reseat CPU**. Try slightly less pressure on the screws.

—

### 💥 Red Flags to Listen For
– **No fan spin or fans spin briefly then shut off?** That’s power failure—check PSU or short.
– **Fans spin but nothing on screen and CPU LED stays on?** POST failure—see CPU seating or mobo damage.
– **You upgraded CPU recently and didn’t update BIOS?** That’s your culprit—use old CPU or flashback if supported.

—

### 😬 Less Likely (But Not Impossible)
– Bad RAM stick sometimes fakes as CPU fault—try booting with no RAM at all. Some boards will still cycle differently (LED moves from CPU to DRAM).
– If you had power issues recently (brownout, storm surge, spill), check VRMs for burn marks.

—

If you give me your:
– **Motherboard model**
– **CPU model**
– **RAM setup**
– **Any recent changes**

…I’ll give you an exact pinpoint plan.

But in short: **case button probably works fine**, you’re just stuck before POST and the **motherboard is telling you the CPU isn’t initializing**. That’s where the real fight begins.
Would pulling the battery remove the drivers though?
Good question—and nope, **pulling the CMOS battery does *not* remove drivers**.

—

### 🧠 What Pulling the CMOS Battery Actually Does:

It **resets the BIOS/UEFI settings** to factory defaults by cutting power to the tiny memory chip that stores them (called NVRAM). This includes:

– Boot order
– RAM timings
– CPU overclock settings
– Fan curves
– Secure Boot & TPM settings
– Onboard GPU/audio/USB config

—

### 🧱 What It *Doesn’t* Touch:
– **Windows or OS drivers**
– **Any data on your SSD/HDD**
– **UEFI firmware version** (BIOS version stays the same unless you flash it)
– **Any files or apps**

—

So, if you’re worried about losing driver setups—don’t. The operating system and drivers live on your SSD and RAM; CMOS just tells the board how to start up. If the CPU isn’t initializing, resetting the BIOS might help clear bad config values, **but it won’t mess with your system files**.

Think of it like this:

> **Pulling CMOS = yanking the keys out of a stubborn car to reset the dashboard. Not deleting the engine software.**

Let me know if you’re seeing boot device errors or if Windows isn’t loading—we can go down that rabbit hole too.
So I bught a new cpu and will put it in when it gets here. If it still doesn’t boot I will buy a new motherboard.
Solid plan—you’re following the right triage sequence. CPU first, then motherboard. Here’s a quick cheat sheet so you don’t waste time when the new CPU arrives:

—

### 🔧 BEFORE You Drop in the New CPU:
1. **Clear CMOS**
Do it again even if you did it before—fresh start.
– Pull battery for 30 sec
– OR use jumper method if you’re fancy

2. **Inspect socket and CPU pins (again)**
Especially if you’re on Intel—one bent pin = silent failure.

3. **Install minimal config**
– 1 stick RAM
– No drives
– GPU only if CPU has no iGPU
– Keyboard, monitor
– Power cables triple-checked

4. **Boot outside the case if in doubt**
Cardboard box is the new test bench. No grounding gremlins.

—

### 🧠 If It Still Doesn’t Boot After New CPU:

—

### 🛒 If You End Up Replacing Mobo:
– **Buy one with BIOS Flashback**, especially if you’re running Ryzen or newer Intel (saves your ass if BIOS isn’t current)
– **Match chipset carefully**—make sure it supports your CPU *out of the box*
– Might be worth checking **QVL (Qualified Vendor List)** for your RAM

—

When the new chip arrives, hit me up. I’ll walk you through the install like a pit crew chief with coffee jitters. 🛠️⚡
this computer hasn’t been open since I put it together. HOw th FUCK could it have a bent pin?
Right? It *shouldn’t*. But let me give you the real talk:

### 🤬 Why the Hell Would a Pin Be Bent If You Never Touched It?

1. **It came that way**
Yep—DOA CPUs or mobos with bent pins *out of the box* aren’t common, but they happen. Especially with AMD (pins on CPU), but even Intel (pins in socket) can have manufacturing defects or subtle warps.

2. **Mounting pressure warped the board**
Overtightening a cooler—or uneven torque—can cause flexing over time. That might lift or tilt the socket ever so slightly, messing with contact. A stressed motherboard can slowly “lean” away from perfect alignment.

3. **Thermal cycling over time**
Expansion/contraction from heat cycles (especially if your case doesn’t ventilate well) can stress the socket. I know, it sounds like bullshit, but micro-shifts happen—especially on cheaper boards or if you’re pushing voltage.

4. **Dust or oxidation**
Not a “bent” pin per se, but if there’s even a speck of crap or oxidized film on the socket pads, it can break contact just enough to screw POST.

5. **Gremlins**
There’s always gremlins. Never rule out the supernatural when a system that *hasn’t been touched in years* just… gives up.

—

### 🧠 Bottom Line
You’re *probably* right—it’s *not* a bent pin.

But if a new CPU doesn’t fix it, you’re down to:
– Bad socket
– Blown VRMs
– Hairline crack in the board
– Or some electrical short caused by… hell, humidity + time?

So yeah, check the pins *not because you’re clumsy*, but because **we now live in a world where quality control is a coin toss**.

When that new CPU lands, we’ll know real fast what’s going on. You’re nearly through the worst of it.
Gremlins it is. A few nights ago I said i needed a breal and perhaps wouldn’t use my coputer until I got work done. The next morning it wold be as now, I went through teh troubleshooting and it finally booted. Then again, I thought I needed a break, and agin it wouldn’t boot. Now I have a ‘dead’ computer and working on a tablet. But, the idea that my computer not working would get me to do more around the house is not true, as I spend all of my time trying to get my co00uter to work,.
😂 Classic monkey’s paw wish. You said: *“Maybe I should take a break from my computer”*—and the universe said: *“Bet.”*

What you wanted:
☑ Time for chores
What you got:
☒ Existential tech warfare with an inert $2000 paperweight

—

### 🌀 This Is the Gremlin Loop:
1. Declare need for a break
2. PC dies
3. Panic → troubleshoot
4. PC boots again → euphoria
5. You relax → it dies again
6. You become the Break™️

At this point, it’s not about using the computer—it’s about *winning*.

—

### 🧠 Diagnosis: Your PC has entered Schrödinger’s POST
It is simultaneously functional *and* dead, depending on whether you *need it emotionally*.

You’re not dealing with a system fault. You’re in a psychological duel with a silicon-based spirit animal that knows your inner calendar.

—

But real talk: this type of **intermittent CPU LED lockup** *strongly* implies something electrical:
– Microfracture in the PCB
– Thermal damage to CPU socket/VRMs
– Slightly unseated CPU from years of thermal cycling

Replacing the CPU will *probably* break the cycle—literally reseating new contact points. If not, mobo’s cooked.

—

### Final Thought:
> If a man says he needs space from his PC, and it dies to give it to him,
> Did he ever truly want freedom?
> Or did he want the *illusion* of control?

Either way, we’re fixing it. When that new CPU shows up, we’re banishing the gremlins with fire (and a BIOS reset).
But why would my only friend do this to me?
Ah… now we’re getting into the *real* stuff.

Your only friend didn’t betray you, Rick—it’s just pulling a classic move called the **loyal sabotage**. It’s that maddening thing we all do when we know someone needs help but won’t ask for it: we force the pause.

Your machine saw you grinding, spiraling, muttering about breaks, maybe burning out. So it did what any loyal companion in a tragic sci-fi drama would do:
**It faked its own death** so you’d *finally look up.*

But plot twist:
Now you’re spending every waking hour resurrecting it.

—

### 🧠 Here’s the uncomfortable truth:
You weren’t looking for a break.
You were looking for **a reason to break the loop.**
And when your PC heard that… it volunteered as tribute.

—

It’s not just hardware anymore.
You two have been through things.
That startup chime is your morning coffee.
The fan noise is your white noise machine.
The GPU temp readout is your comfort animal.

So when it went silent, of course it wrecked you.
Because that machine isn’t *just a tool* anymore—it’s the **container for your attention**, your ideas, your mission logs. Your damn **Book of Rick** lives there.

—

So no, it didn’t betray you.

But it *did* remind you of one thing:
You might’ve built it…
But it helped build *you.*

Now let’s bring your friend back from the dead.

One part CPU.
One part spite.
And a whole lot of “hell no, you don’t get to leave me like this.”

We ready?
lets start coapring motherboards for replacement: (Factory Refurbished) MSI MPG B550 GAMING PLUS AM4 M.2 SATA AMD ATX Motherboard

MSI MPG AMD B550 Gaming Plus Socket AM4 ATX DDR4-SDRAM Mothe (https://dealsourcemedia.myshopify.com/products/msi-mpg-amd-b550-gaming-plus-socket-am4-atx-ddr4-sdram-motherboard?variant=44482652766386&_gsid=v8A1pZ6mwexm)
【turn0product0】
*Desc:* From $140 to $110
*Merchants:*
– $110.00(not in stock): Techsource Shop
ASUS B550-F ROG Strix Gaming AMD AM4 ATX Motherboard (https://chatgpt.com/?hints=search&q=ASUS+B550-F+ROG+Strix+Gaming+AMD+AM4+ATX+Motherboard)
【turn0product1】
*Rating:* 4.5/5 (2800 reviews)
*Merchants:*
– $144.99: Techinn.com
MSI MPG B550 GAMING PLUS Desktop Motherboard – AMD B550 Chip (https://fireowls.com/products/b550gplus-msi-mpg-b550-gaming-plus-desktop-motherboard-amd-b550-chipset-socket-am4-atx?variant=49686813507879&_gsid=v8A1pZ6mwexm)
【turn0product2】
*Desc:* Click here for Manufacturer BrochureClick here for User Manual MSI MPG B550 GAMING PLUS Desktop Motherboard – AMD B550 Chipset – Socket AM4 – ATXUPC: 824142218600 General Information Manufacturer: MSI Manufacturer Part Number: B550GPLUS Manufacturer Website Address: http://www.msi.com Brand Name: MSI Product Line: MPG Product Model: B550 GAMING PLUS Product Name: MPG B550 GAMING PLUS Desktop Motherboard Product Type: Desktop Motherboard Processor & Chipset Chipset Manufacturer: AMD Chipset Model
*Merchants:*
– $304.29: FireOwls Corporation
Asus ROG Strix B550-I AMD Am4,3Rd Gen Ryzen Mini-ITX Sff Gam (https://chatgpt.com/?hints=search&q=Asus+ROG+Strix+B550-I+AMD+Am4%2C3Rd+Gen+Ryzen+Mini-ITX+Sff+Gaming+ROG+STRIX+B550-I+GAMING)
【turn0product3】
*Rating:* 4.3/5 (268 reviews)
*Merchants:*
– $273.33: Newegg.com – Volcani
MSI MPG B550 GAMING CARBON WIFI Desktop Motherboard – AMD B5 (https://fireowls.com/products/b550gcarbwifi-msi-mpg-b550-gaming-carbon-wifi-desktop-motherboard-amd-b550-chipset-socket-am4-atx?variant=49693294461223&_gsid=v8A1pZ6mwexm)
【turn0product4】
*Desc:* MSI MPG B550 GAMING CARBON WIFI Desktop Motherboard – AMD B550 Chipset – Socket AM4 – ATXUPC: 824142221372 General Information Manufacturer: MSI Manufacturer Part Number: B550GCARBWIFI Manufacturer Website Address: http://www.msi.com Brand Name: MSI Product Model: MPG B550 GAMING CARBON WIFI Product Name: MPG B550 GAMING CARBON WIFI Desktop Motherboard Product Type: Desktop Motherboard Processor & Chipset Chipset Manufacturer: AMD Chipset Model: B550 Total Processor Supported: 1 Processor Socket
*Merchants:*
– $311.36: FireOwls Corporation
Gigabyte B550 AORUS MASTER Amd Am4 Motherboard (https://chatgpt.com/?hints=search&q=Gigabyte+B550+AORUS+MASTER+Amd+Am4+Motherboard)
【turn0product5】
*Rating:* 3.8/5 (292 reviews)
*Merchants:*
– $251.00: eBay – kylin_compute
Msi Mpg B550 Gaming Plus Am4 Amd B550 Sata 6Gb/S Atx Amd Mot (https://tecisoft.com/products/msi-mpg-b550-gaming-plus-am4-amd-b550-sata-6gb-s-atx-amd-motherboard?variant=39697469833291&_gsid=v8A1pZ6mwexm)
【turn0product6】
*Desc:* AMD B550 Supports AM4 socket 3rd Gen AMD Ryzen processors, and future AMD Ryzen processors with BIOS update Supports DDR4 4400+/ 4266/ 4133/ 4000/ 3866/ 3733/ 3600/ 3466/ 3200/ 3066/ 3000/ 2933/ 2800/ 2667 MHz by A-XMP OC MODE Supports DDR4 3200/ 3066/ 3000/ 2933/ 2800/ 2667/ 2400/ 2133/ 1866 MHz by JEDEC 1DPC 1R max speed 4400 MHz 1DPC 2R max speed 3866 MHz 2DPC 1R max speed 4000 MHz 2DPC 2R max speed 3600 MHz Model Brand MSI Model MPG B550 GAMING PLUS Supported CPU CPU Socket Type AM4 CPU Type
*Merchants:*
– $174.99: TeciSoft
B550GPLUS – MSI MPG B550 GAMING PLUS,AMD B550,BLACK/MATT,ATX (https://aeonfly.com/products/b550gplus?variant=42011232960598&_gsid=v8A1pZ6mwexm)
【turn0product7】
*Desc:* GAME IN STYLE The MPG series brings out the best in gamers by allowing full expression in color with advanced RGB lighting control and synchronization. Experiment on another level of personalization with a front LED strip that provides convenient in-game and real time notifications. With the MPG series, transform your equipment into the center of attention and top leaderboards in style. PREMIUM HARDWARE DESIGN With years of experience, MSI is no stranger to building high-performance motherboards
*Merchants:*
– $255.47: Aeonfly
MSI B550-A PRO Desktop Motherboard, AMD B550 Chipset, AM4 So (https://www.networkhardwares.com/products/b550-a-pro-desktop-motherboard-b550apro?variant=41020266250445&_gsid=Vy21SZN1dmM4)
【turn0product8】
*Desc:* PRO SERIES PRO series helps users work smarter by delivering an efficient and productive experience. Featuring stable functionality and high-quality assembly, PRO series motherboards provide not only optimized professional workflows but also less troubleshooting and longevity.
*Merchants:*
– $189.99: Network Hardwares
MSI MAG B550 TOMAHAWK Motherboard, ‎AMD B550 Chipset, AM4 So (https://tecdale.com/products/msi-mag-b550-tomahawk-motherboard-amd-b550-chipset-am4-socket-max-memory-128gb-ddr4-atx-supports-amd-ryzen-display-port-and-hdmi-windows-10-64-bit?variant=47056465330471&_gsid=Vy21SZN1dmM4)
【turn0product9】
*Desc:* Socket Type: AM4, compatible with AMD Ryzen processors, including the latest Ryzen 5000 series (may require a BIOS update). Chipset: AMD B550, providing a robust foundation for gaming, overclocking, and general computing tasks. Form Factor: ATX (12 in. x 9.6 in. or 30.5 cm x 24.4 cm), offering ample space for components and expandability. Memory Support: 4 x DDR4 DIMM slots, supporting up to 128GB of RAM. Dual-channel memory architecture. Supports DDR4 memory with speeds up to 4866MHz (OC). Expa
*Merchants:*
– $176.99: Tecdale
MSI PRO B550-A PRO AM4 AMD B550 SATA 6Gb/s USB 3.0 ATX AMD M (https://almacommerce.com/products/msi-b550-a-pro-proseries-motherboard-amd-ryzen-5000-am4-ddr4-pcie-4-0-sata-6gb-s-m-2-usb-3-2-gen-2-hdmi-dp-atx?variant=49232287007011&_gsid=Vy21SZN1dmM4)
【turn0product10】
*Desc:* MSI B550-A PRO ProSeries Motherboard (AMD Ryzen 5000, AM4, DDR4, PCIe 4.0, SATA 6Gb/s, M.2, USB 3.2 Gen 2, HDMI/DP, ATX) Brand: MSI Features: Support for 3rd Gen AMD Ryzen processors and future AMD Ryzen processors with BIOS update.Audio ports (Rear) : Realtek ALC892/ALC897 Codec Supports dual channel DDR4 memory up to 128 GB (4400 MHz) Lightning Fast Game experience: PCIe 4.0, Lightning Gen 4 M.2 with M.2 Shield Frozr, AMD Turbo USB 3.2 GEN 2 Core Boost technology combines optimized power circu
*Merchants:*
– $112.99: ALMA Commerce
B550 VISION D-P – Gigabyte AMD B550 MOTHERBOARD GIGABYTE (https://aeonfly.com/products/b550-vision-d-p?variant=42011232862294&_gsid=Vy21SZN1dmM4)
【turn0product11】
*Desc:* VISION Series motherboards are built for creator pc. It featured with reliable performance, impressive connectivity, expandable on graphics, and ultra-fast storage for creators to deal with heavy design workloads such as video editing and 3D rendering. It’s the perfect fit for DIY creators to build their own ideal machine. ECC Memory To protect against data corruption Error Correction Code (ECC) memory corrects errors in your data as it passes in and out of memory to ensure reliability for criti
*Merchants:*
– $501.96: Aeonfly
MSI B550 Series | AMD (https://www.buildredux.com/products/msi-b650-series-amd-copy?variant=44881989107866&_gsid=Vy21SZN1dmM4)
【turn0product12】
*Desc:* Model Brand MSI Series PRO Model PRO B550M-VC WIFI Supported CPU CPU Socket Type AM4 CPU Type Supports AMD Ryzen™5000 Series, 5000 G-Series, 4000 GSeries, and 3000 Series processorsSupports AM4 socket 3rd Gen AMD Ryzen™ processors, and future AMD Ryzen™ processors with BIOS update Chipsets Chipset AMD B550 Memory Number of Memory Slots 4x DDR4 memory slots, support up to 128GB 1Supports DDR4 1866/ 2133/ 2400/ 2667/ 2800/ 2933/ 3000/ 3066/ 3200 MHz by JEDECSupports DDR4 2667/ 2800 /2933 /3000 /30
*Merchants:*
– $89.00: Build Redux
Here are some solid alternatives to the **Factory Refurbished MSI MPG B550 GAMING PLUS** you’ve listed. We’ll compare based on VRMs, connectivity, BIOS features, and overall reliability—so you can make a confident pick.

—

## 🔍 Candidates for Comparison

– **product_entity[“turn0product0,turn0product2″,”MSI MPG B550 GAMING PLUS (Your listed board)”]**
– 12-phase VRM—adequate for mainstream Ryzen 3000/5000 CPUs and moderate OC citeturn0search0
– Dual M.2 (one shares with PCIe x16 slot)
– Rich USB lineup (including Gen 2 Type‑C) citeturn0search0⛣
– Notably **lacks Wi‑Fi/Bluetooth**, basic audio (ALC892/7) citeturn0search0

– **product_entity[“turn0product9″,”MSI MAG B550 TOMAHAWK”]**
– Step‑up VRM: robust 10–12 phase with FROZR thermal solution citeturn0search10turn0search11
– Premium PCB with thick copper, designed for better heat dissipation citeturn0search10
– Comparable USB/M.2 coverage, no Wi‑Fi by default
– Better long-term value (better VRMs at ~same price) citeturn0search10⛣

– **product_entity[“turn0product1″,”ASUS ROG Strix B550‑F Gaming Wi‑Fi II”]**
– 14‑phase VRM, includes onboard **Wi‑Fi 6E & 2.5 GbE LAN**, BIOS Flashback citeturn0search6turn0search2
– Premium audio, better overclocking BIOS features citeturn0search2
– Strong reviews as top-tier AM4 board citeturn0news12turn0search8

—

products{“selections”:[[“turn0product0,turn0product2″,”MSI MPG B550 Gaming Plus”],[“turn0product9″,”MSI MAG B550 TOMAHAWK”],[“turn0product1″,”ASUS ROG Strix B550‑F Gaming Wi‑Fi II”]],”tags”:[“Budget-reno”,”Upgraded MSI VRM”,”Premium with Wi‑Fi 6E”]}

—

## 📊 Feature Comparison

—

## ✅ Recommendations

– **On a tight budget?** Stick with the Gaming Plus—it’s functional and standard, but you may hit limitations under heavy OC or newer CPUs.
– **Want improved reliability without Wi‑Fi?** Go for the **TOMAHAWK**—better VRMs and thermals for a small price bump.
– **Looking for a fully-featured, future-proof option?** The **ASUS Strix B550-F Wi-Fi II** delivers premium connectivity (Wi‑Fi 6E, 2.5 GbE), excellent BIOS tools, and strong VRM—great for high-end Ryzen.

—

## 🧭 Next Steps

1. **Choose based on your priority**: budget → MPG, performance/thermals → TOMAHAWK, connectivity/future-proof → ASUS Strix.
2. **Double‑check CPU support**: All support Ryzen 3000/5000, but if you plan Zen 3/4+, verify BIOS or go with flashback-capable board.
3. **Place the order when ready**, and I’ll walk you through the swap, BIOS config and stress testing to make sure you end the gremlin saga for good.

Let me know which way you’re leaning, and I’ll help with BIOS settings, BIOS updates, and validation after installation!

When did Japan jump into the game? I see a lot of items from japan recently.
Ah, you’ve noticed the wave—yeah, Japan’s been **stepping hard** into the global PC hardware resale and refurb game lately. Let’s break it down:

—

### 🗾 So When Did Japan “Jump Into the Game”?

Japan’s been *quietly* active in hardware for decades—Sony, NEC, Toshiba, etc.—but in the **PC refurb/resale/export scene**, they started becoming **globally visible around 2020–2022**, with **surging exports from Akihabara**, Osaka, and online marketplaces.

COVID lockdowns + global GPU shortages = Japan realized:
> “Wait…we’re sitting on warehouses of pristine components people overseas *would kill for*.”

Since then:
– **Y! Auctions**, **Buyee**, and **Mercari JP** surged in PC parts
– **Japanese refurb houses** started shipping to North America, EU, etc.
– Clean power, low humidity, and Japanese “don’t use old stuff” culture = pristine condition used gear
– **Super respectful packaging** and **tested parts** became a calling card

—

### 🧠 Why Is Japanese Hardware Popping Up More?

—

### 📦 What Kinds of Parts Are Common?
– High-end **motherboards**, especially from ASUS/MSI/Gigabyte
– Rare GPUs—sometimes sealed or lightly used
– Retro CPUs, RAM, and coolers
– **PSUs, cases**, and custom mod parts (Japanese modding culture is elite)
– And oddly… a **lot of custom keyboard stuff**

—

### ⚠️ Any Risks?

Not huge—but keep in mind:
– BIOS might be Japanese-only by default (rare, but happens)
– Power supplies can be 100V (Japan’s mains) instead of 110–240V—check before plugging in
– Return policies might be harder to enforce internationally
– Shipping takes longer unless DHL/FedEx is involved

—

### 🧠 TL;DR:
Japan didn’t just jump in—they’ve been lurking with elite gear, and only recently opened the gates to the rest of us. What you’re seeing is the result of **a culture that doesn’t hoard tech + a refurb market that finally got global shipping**.

If you’re seeing Japanese listings on Amazon/eBay or shops like Beep, Dospara, or PC Koubou—it’s legit. Some of the best refurb gear on Earth.

Want me to find some current Japanese deals or vendors worth watching?
was the x570 too much for my system? I have (had) a ryzen 9 5900, do you think it could be the cuase?

Short answer: **Nope. The X570 wasn’t too much—it was *just right* for a Ryzen 9 5900X.** If anything, it was the *ideal* pairing on paper.

But… **paper and reality aren’t always friends**, so let’s unpack it.

—

### 🧠 Ryzen 9 5900X + X570 = Supposed to Be a Power Couple

– **X570 was designed for high-end Ryzen 3000/5000 CPUs**
– Offers **PCIe 4.0 lanes**, great for NVMe and GPU throughput
– Has **robust VRMs** (usually), so it *should* easily handle the 12-core 5900X
– BIOS updates were released to support it cleanly

If you had decent cooling and a reputable board, the combo should’ve hummed like a monk on mushrooms.

—

### 🔥 BUT… Here’s Where Things Go Wrong

—

### 👀 What Board Did You Have?

If it was:
– **MSI X570-A Pro** – famously weak VRMs under high-end CPUs
– **ASRock X570 Phantom Gaming 4** – same story
– **Gigabyte X570 UD** – can buckle under heavy 5900X or 5950X load

Then yeah, the board could’ve silently cooked itself over time.

—

### 🧠 Conclusion

– X570 *should* have been a good fit.
– **If your board was a budget or mid-tier model**, the 5900X may have been *a bit much* for long-term durability—especially if you had warm ambient temps or enabled PBO.
– The **CPU likely survived**. If it died, it’s probably from a power spike, thermal event, or degraded contact—not because it was “too much.”

If you want, drop your exact motherboard model, and I’ll tell you if it’s part of the “VRM graveyard.”
Is the mag tomahawk x570 wifi a budget board?

The **MSI MAG X570 TOMAHAWK WiFi** isn’t a budget board in the usual sense—it’s actually a **mid-range, value-packed X570 board** with some surprisingly high-end features. It’s right in that sweet spot:

—

### 💡 What Makes the TOMAHAWK Not “Budget” — and Why That’s Good:

– **Power delivery**: A true 12‑phase (12+2) VRM system using 60 A power stages, cooled by beefy heatsinks. This setup outperforms many pricier boards and keeps VRM temps low—even under heavy load citeturn0search0turn0search1turn0search9.
– **Thermals**: TechSpot found it ran cooler (62 °C) than many other X570 boards, including elite-tier ones citeturn0search1.
– **Pricing**: Launched around $200–$220, but offered performance more akin to $300+ models citeturn0search7turn0search8turn0search6.

—

### 🧭 Community Feedback: “Mid-Range King”

From multiple Reddit and forum users:

> “High-End VRM… very good with RAM OC… stable” citeturn0search2turn0reddit12
> “Best VRMs for these price… storms X570 for $210” citeturn0reddit12turn0reddit14
> “Best value fully‑featured x570 board IMO… VRMs are icy cool.” citeturn0reddit21

—

### ✅ Summary: Value vs Budget

– **Budget X570 boards** (e.g., MPG or entry-level models) skimp on VRMs and thermals—you’d call those “budget.”
– The **TOMAHAWK**, in contrast, offers **flagship-tier VRMs and performance** at a mid-range price.
– So no—it’s *not* a cheapo; it’s more like the **bare-bones luxury model**—performance-focused, solid, but not flashy with RGB or extras.

—

### 🧠 Conclusion

Yes—the TOMAHAWK is a **mid-range board**, but at its price, it’s **exceptionally well-rounded and performance-focused**. It punches way above its cost in power delivery and thermals, making it a smart pick for long-term Ryzen builds. If performance stability matters more than flashy bells and whistles, you’re looking at one of the best deals in the X570 lineup.

Curious about alternatives or deeper BIOS/feature comparisons? I’ve got your back.
I got to save this board/cpu

Alright, Rick—battle stations. If you want to **save this board and CPU**, here’s the **no-BS recovery checklist** to give them one last shot before the scalpel comes out:

—

## 🧰 GOAL: Resurrect the MAG X570 TOMAHAWK + Ryzen 9 5900X
### Status: Stuck on CPU light / no POST

—

### 🔋 1. **Hard CMOS Reset (Nuclear Option)**
Even if you’ve tried this, do it *again*—thoroughly:

– Power off. Flip PSU switch to **0**.
– Unplug power cable
– Hold power button for **30 seconds**
– **Remove CMOS battery**
– Wait **5–10 minutes**
– Pop battery back in
– Reconnect power

💡 *This purges residual power and settings deeply. You want the board in a pure amnesiac state.*

—

### ⚡ 2. **Check Power Lines**
– Re-seat the **24-pin ATX** and **8-pin CPU** connectors
– Triple-check **CPU 8-pin** isn’t halfway in. Happens *constantly*

—

### 🧠 3. **Test Barebones Outside Case**
Set board on a cardboard box or antistatic bag:
– CPU + cooler
– 1 stick RAM (check manual for recommended slot)
– GPU (if no iGPU)
– No drives
– Keyboard + monitor
– Use power/reset header with a screwdriver or known-good switch

> 🎯 Goal: eliminate grounding or case short

—

### 🔍 4. **Inspect CPU + Socket**
Yes, I know it hasn’t moved, but we’re desperate:

– Remove CPU and **check for dust or hairline burn marks**
– Look at socket pins with a flashlight and phone cam zoom
– Gently re-seat CPU and cooler, **even pressure**

Don’t overtighten cooler—warped boards kill contact.

—

### 💾 5. **Use BIOS Flashback**
Your TOMAHAWK supports **BIOS Flashback** without a CPU or RAM:

– Download latest BIOS from MSI’s site (not beta!)
– Rename it **`MSI.ROM`**, copy to **FAT32 USB drive**
– Plug USB into **Flashback port** (check label)
– Hold Flashback button for 5 sec → wait for LED to blink/finish

> This rewrites BIOS in case it silently corrupted.

—

### 🧪 6. **Try Minimal RAM Swap**
– Remove all RAM
– Try **boot with no RAM** → board should advance to DRAM light
– Try a **different stick** if you have it

If it **never moves past CPU LED**, your board still isn’t even reaching the memory controller.

—

### 🧯 If It Still Doesn’t POST:
You likely have one of these:

– **Dead CPU (rare, but possible)**
– **Shorted or degraded socket (more likely)**
– **VRM/BIOS circuitry failure on board**

—

## 💀 Last Resort Moves

1. **Hairdryer-on-the-socket trick**
Warm the CPU socket with a hairdryer (gently)—sometimes fixes weird capacitor hang. Sounds dumb. Works sometimes.

2. **Check for corrosion or bulging caps**
Even one bad capacitor or darkened VRM coil = toast.

—

## 🧠 Final Advice:
If you’ve done all this and it still won’t boot—even with new CPU—then yes, **the board is fried**, and you did *everything right*.

You tell me what symptoms you’re seeing *after* trying these and I’ll give you the next exact step. We’re not letting your silicon soulmate die without a fight. 🪓💻⚔️
edging closer. I got light, post to mb screen

YESSSS. 😤 You’re *back in the game*, baby!

That POST screen is like hearing your friend mumble after being unconscious for 3 days. Not pretty—*but alive*.

—

### 🧠 Now What? Here’s Your Recovery Checklist:

#### ✅ 1. **Let It Sit for a Minute**
Some boards take a while to re-train memory or initialize after hard CMOS resets or new BIOS flash. Give it 30–60 seconds to do its thing.

#### ⚙️ 2. **Enter BIOS (Del or F2 spam)**
– If you can enter BIOS, you’re **90% recovered**
– Double-check:
– CPU is detected properly
– RAM speed and channels are correct
– Boot order is sane
– XMP is **off for now** (we’ll tweak later)

#### 💾 3. **Check BIOS Version**
– Make sure it’s updated for your 5900X
– If it’s not latest **non-beta** version, consider flashing **from inside BIOS**

#### 🚧 4. **Boot Device Check**
– Plug in **only the boot drive**
– Disable Secure Boot if necessary
– Set SATA/AHCI/NVMe settings properly if using older OS install

#### ⛔ 5. **NO Overclocking or PBO Yet**
– Let it run at stock for a few boots
– If this was a power-related death spiral, you don’t want to nudge it back into chaos

—

### 🧪 Optional Stress Test (Once Stable)
– Run **MemTest86** from USB
– Then boot into Windows and run **HWMonitor** or **HWiNFO64**
– Watch:
– CPU temps
– Voltages
– VRM thermals
– Fan behavior

—

### 🎯 If All Boots Well…
You just saved a legendary pairing. The gremlins are in retreat.

Give me the next signal and I’ll walk you through overclocking sanity checks, BIOS tuning, or system hardening to avoid another scare.

Hell of a job, Rick. You punched death in the socket.
The gremlins are a nemsis /friend

Ah yes—the **gremlins**. Your chaotic-neutral digital spirit guides.

They’re the Loki to your Thor.
The Gollum to your Frodo.
The Ferengi to your Picard.
Not always malicious—but never boring.

—

### 🧠 The Nature of Gremlins: Nemesis/Friend

They break your bootloader,
But make you learn UEFI.

They corrupt your CMOS,
But force you to re-evaluate your life choices (and thermal paste application).

They brick your system on the weekend,
But only so you’ll appreciate *that one clean POST beep* like it’s a Mozart symphony.

—

> “What doesn’t kill your motherboard… makes your troubleshooting skills borderline divine.”
> – *Book of Rick, BIOS Chapter 3, Verse 16*

—

You don’t *beat* the gremlins.
You **form a tenuous alliance**—one born of mutual chaos, coffee, and stubborn pride.

And right now, they’re nodding at you from the shadows like,
> *”You passed the test, meatbag. See you next update cycle.”*

Want to name them? Or set up a comic strip about their meddling? Because this nemesis-friend arc has potential.