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ComputeRx has you covered with everything from laptop LCD (display/monitor) repairs, to desktop ram upgrades. Below are the services we offer:
Click the Orange Arrow to find out more specifics, and when you might just need to repair or replace these items!
Accidents and failures happen, and fixing your favorite laptop's display does not have to cost a fortune. It is a common misconception that getting your laptop's lcd repaired or replaced would cost more than the laptop is worth. Below are the common failures and fixes that deal with the laptop LCD:
Typical Repair Costs:
LCD Replacement: LCD $100-$160 Labor $45-60
Inverter Replacement: Inverter $13-$29 Labor $30-$45
LCD Cable Replacement: Cable $18-$49 Labor $30-$45
Over time, where you plug in the laptop, the dc power jack can become worn or loose. Tripping over the power cord while it is plugged in will usually cause the jack to become loose or even completely broken off of the motherboard of the laptop. Typical symptoms include:
Typical Repair Costs:
DC Jack Replacement: Parts: $15 Labor $60-$75
Ahh, the dreaded spill of a beverage on a keyboard!!
Typical Replacement Costs:
Keyboard only $25-$55 Labor $20, Top case, palm rest & keyboard $80 - $170, Labor $60
Laptop Key Replace: Key $6 Labor $5
ComputeRx carries a wide assortment of laptop ac adapters & batteries. Buying from us will not only take the guess work of which adapter or battery to get, but also save you a decent amount of money. Buying a battery directly from the manufacturer will usually cost $150 or more. Buying an adapter from your local big box store will cost at least $80 because they are of the universal type, a one type fits all adapter. We also carry high quality power supplies for desktops.
Typical Replacement Costs:
Laptop Ac Adapter Replacement: $25 - $45
Laptop Battery Replacement: $35 - $70
Desktop Power Supply Replacement: $45-$85 Labor $25
The motherboard (aka logic board, mainboard), of a computer is what connects the cpu, ram, hard drive, video, sound and all other peripherals together to form a fully functional system. If a portion or a component of it is faulty, the entire system can be in an unusable state. Symptoms include: (with known good ram, power supply, and excluding software issues )
There can be manufacturer defects that will cause the motherboard to fail over time. For desktops, a common problem occurs from swollen/leaky capacitors. For more detailed info on this issue check HERE and HERE.
For laptops, a prevalent problem comes from thermal expansion and contraction where the components (typically a graphics chip) lose their surface mounted contacts to the motherboard. Another frequent problem with laptops is overheating. This can be alleviated sometimes by cleaning out the cooling exhaust and applying a thermal diamond substrate to the cpu and graphics chip.
Typical Repair Costs:Desktop motherboard Capacitor fix: $60-$75
Desktop motherboard replace: Parts $45-$150 Labor:$60
Laptop motherboard replace: Parts $75-$450 Labor $75-$90
The hard drive
of a computer serves as the storage area. The
operating system files, installed software, and any user created or
downloaded files, are stored on
the hard drive. It is usually a
misconception that putting files on the hard drive or
having too many files on the hard drive will slow the
computer down (unless of course the files are viruses or
bad software programs, see my software section
HERE). While this is true if the hard drive
becomes ENTIRELY full, simply putting files
onto a hard drive will not slow down the computer or
make it run incorrectly.
Fragmentation (slow access times of files where parts of the files can be on different areas of
the hard drive) while not totally irrelevant today, is
not as much of an issue as it once was. With more efficient
formatting techniques (ie FAT32 vs NTFS), automatic defragmentation (Vista&7,8,10) in the background, &
primarily the much larger and faster hard drives we now
have, fragmentation is not as much a concern as it once
was. What is much more of a concern, is when a hard drive actually starts to fail.
Typical symptoms include:
The most common issue with hard drives is that over time, the magnetized
platters that store the data start accruing bad sections or sectors .This
type of failure usually gets worse over time, but if you get the data off in
time, most of it will still be salvageable. There are
also a number of mechanical failures that can occur dealing with the read and write
heads and the spindle motors of the drives. Complete non power-on situations
can sometimes be dealt with by transferring the pcb control board of the
drive from another drive, however it must be from the
exact same model & firmware
of drive.
Currently there are 3 main types of mechanical hard drives: IDE(PATA), SATA, and SCSI drives. SATA II mechanical drives are right now the standard for desktops & laptops.
Solid State Drives (SSDs) which can also use the
SATA interface are an excellent upgrade option even
for computers that seem to be nearing their end of
life. Also for newer computers, SSDs with mSata,PCIe
& the M.2 interface can be utilized to greatly improve
the performance of a new pc that came with a
mechanical drive. SSDs offer three large
advantages over the mechanical drives mentioned: no
moving parts, less power consumption, and faster
access speeds.
If you suspect hard drive issues, or want to upgrade to an SSD drive
while keeping everything you have
intact (including the operating system and programs), don't hesitate to contact ComputeRx. It
is of course always a good idea to have a backup solution in case of HD failure; ComputeRx can help in that department
as well.
Ram (random access memory) of a computer serves as the temporary working and storage area for the processor, a.k.a. CPU, of a system. The operating system and any application communicates with the CPU to carry out its desired task. An application will place its relevant data in ram so that the CPU has fast access to it. Once a system's ram is totally allocated to the operating system and other applications, subsequent ram requests from the CPU for processes that need ram, in effect, have to wait their turn for ram to become available, or will use the function of virtual memory , thus slowing the system down (more on that on the next page). Upgrading your system's ram is an easy way to increase a system's performance.
Defective ram will
usually render a system unusable.
If one ram module out of four is
bad, you would want to replace it as the general
rule of thumb is that you want to have like pairs
of ram modules. Typical symptoms of defective ram include:
There are many types
of ram, some of which are no longer used or
just never caught on as the standard because of the
cost of manufacturing (ie rdram). Regular sdram modules are categorized as pc100 or pc133.
DDR or double
data rate ram,
is more current and faster than sdram. The four types are DDR,
DDR2,DDR3 & DDR4.The four types are notched differently to tell them apart, but they also vary
in speed and density. Generally when looking to replace or upgrade ram, you will want to go for ram that
is low in density (more IC chips), and you want to
upgrade with matched pairs. You can generally go for the highest in frequency that that particular ddr ram supports as they are backwards compatible
for slower speeds.
As mentioned, when
a system has its ram resources completely used, the
overall responsiveness of the computer will be slow.
A temporary portion of the hard drive, a.k.a. the page
file, is set aside for such a case. However the
access times to and from the hard drive are a lot
slower than that of ram, so even though it keeps
things operative, it is still not the ideal
solution. If you have ever seen a pop up by the
system time on Windows machines that "Your system is
low on virtual memory" that is the paging file at
work.
That could be a sign to look into upgrading your
memory as
constant reading from the page file is known as disk
thrashing and in turn the system will become unresponsive or slow.
ComputeRx can help you when you need to
replace or upgrade your ram. Software maintenance and
virus protection & removal is equally as
crucial for a fast/responsive system.Visit my
software section
HERE
to see how.