A server is the machine that stays on so AutoCount, SQL, or the shared files are there for the whole office. It is not a desktop that someone turns off at night.
It is built to stay on. There is usually a second power supply, memory that notices a bad bit, and more than one disk so one failure does not take the files with it. A desktop does not do that.
A server hardware failure instantly paralyzes business operations: accounting cannot issue tax invoices, warehouses cannot dispatch pallets, and assembly lines stop. Unlike normal office computers, unexpected server crashes can corrupt active SQL database transaction logs and cause catastrophic data loss if backups are untested.
1. Comprehensive physical hardware inspection: thermals, dust clogging, and capacitor health 2. RAID controller battery backup unit (BBU) and predictive disk status verification 3. Memory stress testing to catch intermittent ECC bit errors 4. Evaluate whether to Maintain, Repair, Upgrade (enterprise SSD/RAM), or Replace (if >7 years old or EOSL) 5. Mandate quarterly sandbox restore testing to verify disaster recoverability before hardware fails.
Most enterprise servers operate reliably for 5 to 7 years when maintained with regular thermal cleaning, firmware updates, and drive replacements. Beyond 7 years or after vendor EOSL, replacement is recommended due to parts unavailability and heightened failure risks.
Often, yes. Replacing the slow disks with SSDs, or adding memory, can keep AutoCount or SQL usable without buying a new server.
The most common causes in Malaysian factories and workshops are excessive dust accumulation clogging cooling fans, power fluctuations tripping aging power supplies, and unmonitored disk degradation inside aging RAID arrays.
Hardware reliability and backups are two sides of the same coin; an unmaintained server risks crashing during backup writes, resulting in corrupted backup files. PC Risks pairs preventive server maintenance with verified sandbox restore testing from RM4,500.
