Business Server RAM Slot Repair & DIMM Socket Replacement

Cost depends on the socket type (LGA, PGA, BGA), pin count, and board condition. A standard LGA socket replacement on a business desktop or server board is typically far less than replacing the entire motherboard. We provide a firm quote after inspection.

Standard socket replacements typically complete in 5-10 business days from intake to verified return. Rush service may be available for critical business systems ask when you submit your board.

Minor pin bending (1-3 pins with simple bends) can sometimes be corrected without socket replacement. However, if pins are kinked, broken, or if more than a handful are affected, socket replacement is the safer long-term choice. A bent pin that has been straightened once may fatigue and break later under thermal cycling.

A bent pin that contacts its neighbor can create a short circuit, potentially sending incorrect voltages to the CPU and causing permanent damage. If you suspect bent pins, do not power on the system. Send the board for inspection we can assess whether the CPU itself survived the incident.

DC jack replacement is one of the more common and straightforward connector repairs. Cost is modest compared to board replacement the primary variables are jack availability and whether the mounting pads on the board are still intact. A quote is provided after intake inspection.

Yes, provided the PCB pads under the connector are not ripped out. If the connector broke off cleanly with pads intact, we can solder a replacement port. If pads are lifted, trace reconstruction is needed but often still viable. We assess the damage under magnification before quoting.

Yes. Server boards with LGA sockets (e.g., LGA 3647, LGA 4189) are common candidates. The socket replacement process is the same as for desktop/workstation boards, though server boards may require additional verification steps for multi-CPU and ECC memory configurations.

Yes. AIO motherboards often have integrated, proprietary form factors making replacement difficult or impossible. Socket replacement, port repair, and power-section restoration on AIO boards are core services we provide.

This is one of the most common socket-damage scenarios. Even a single bent pin in the CPU socket can prevent the system from POSTing. If you recently installed or removed a CPU and the system stopped working, socket pin inspection should be the first step. Send the board for evaluation we can confirm whether the socket is at fault.

Yes. If one RAM slot or channel is mechanically damaged a bent contact pin inside the slot, a cracked solder joint, or a broken trace the system may still boot but only recognize half the installed memory or fail to POST when that channel is populated.

Liquid entering through I/O ports often shorts the 5V or data lines, which can blow protection components or damage the USB controller. We clean the affected area, replace damaged SMD fuses or filter components, and test the port functionality. In many cases the board can be fully restored.

Send it as soon as possible. Do not wait for it to "dry out" while the water may evaporate, the conductive minerals and contaminants left behind will continue corroding the traces and pads. The faster we can clean and neutralize the contamination, the better the chance of full recovery.

For socket repair, we prefer to receive the board without the CPU installed (unless the CPU is stuck in a damaged socket). We test with our own known-good CPU after socket replacement. Including your CPU is helpful if you want us to verify it was not damaged by the socket fault.

The model number is usually printed on the board itself look for a white silkscreen label near the center or edge of the PCB. If you cannot find it, send a clear photo of the entire board and we can identify it during intake.

Yes, for socket or port repair the bare board is sufficient. We bench-test with our own components after repair. However, if the fault is intermittent or not visually obvious, sending the complete system (or at minimum the CPU, RAM, and cooler) gives us the best chance of reproducing and fixing the issue.

Place the board in an anti-static bag, then sandwich it between two pieces of rigid cardboard or foam board slightly larger than the board itself. Tape the sandwich closed and place it in a sturdy box with 2-3 inches of bubble wrap or packing peanuts on all sides. Never ship a bare board loose in a box flex during transit can crack solder joints.

We use copper foil, specialized pad-repair epoxy, and micro-soldering wire to rebuild damaged land patterns. The repaired area is reinforced with UV-cure solder mask to protect the reconstruction and prevent future lifting.

A properly reconstructed pad with epoxy reinforcement is mechanically stable for normal use. However, the repaired area may not withstand the same level of physical abuse as an original undamaged pad repeated rough plugging/unplugging of a connector on a repaired pad should be avoided. We advise on handling precautions for each specific repair.

We populate all slots with known-good RAM modules and run memory diagnostics that stress each channel independently. If the board uses ECC memory or registered DIMMs, we test with the appropriate module type to confirm full channel functionality.

Technically yes, but for business-critical systems we recommend repairing the slot rather than working around it. A disabled channel reduces memory bandwidth and total capacity, which may cause performance issues or prevent the system from meeting its operational requirements. Slot repair is usually straightforward and cost-effective.

If the board has a corrupted BIOS in addition to physical damage, we can often reflash the BIOS chip or replace it with a pre-programmed replacement as part of the overall restoration. This is assessed during diagnosis and quoted separately if needed.

Component-level repair and socket replacement do not change the motherboard identity the board serial and MAC address remain the same. In most cases, your Windows activation and software licenses are unaffected. If the board required a BIOS chip replacement, reactivation may be needed, and we advise you on the process.

Yes. Every accessible port is tested for function. If the board has multiple USB controllers or rear vs. front-panel headers, we verify each group independently. A board is not cleared for return until all tested functions pass.

If a test reveals an issue, the board goes back to the bench for rework. We do not ship boards that have not passed their full verification suite. If a board cannot be brought to passing status, we contact you with the findings and options.

Recurring DC jack failures on a fleet point to a design weakness or usage pattern. We can batch-repair all affected units with reinforced jack mounting where possible, and provide feedback on the root cause to help your IT team prevent future failures.

Every board is serialized at intake with your asset tag or our internal tracking number. At each stage intake, diagnosis, repair, testing, dispatch the status is recorded. You receive a batch status report showing the position of every unit.

Factor in not just the replacement board cost, but also: labor to swap the board, re-imaging the OS, reconfiguring software, potential peripheral compatibility issues, and downtime. For many business systems, these hidden costs make repair the clear winner even if the replacement board price looks similar.

Yes. Because the repaired board retains its original hardware identity (MAC address, serial number), Windows typically does not require reactivation. This alone can save hours of IT staff time per system.

Severe carbonization occurs when a component burns so intensely that the PCB laminate turns black and becomes conductive. The carbonized area creates unintended electrical paths between layers that cannot be cleaned or isolated. Once the board substrate is carbonized, the structural and electrical integrity is permanently compromised.

While OHMz does not sell replacement boards, we can provide the exact model and revision information needed to source a compatible replacement. For discontinued models, we can also advise on donor-board strategies or compatible substitutes.

Yes. With a destination manifest, we can split a batch return across multiple locations each board labeled and shipped to its designated site.

Yes. Socket replacements, port repairs, and trace reconstructions are covered by an OHMz workmanship warranty. If the same fault recurs within the warranty period, we rework it at no charge. Warranty details are provided with your repair documentation.