| Home : Purchasing Your CD DVD Duplicator - Hardware Purchasing Your CD DVD Duplicator - Hardware
|
rchasing Your Duplicator
-Hardware:
The Produplicator CD/DVD
Duplicator is a high-speed, standalone duplicator that burns multiple
CDs/DVDs within minutes while maintaining the quality of the original
disc. The beauty of our Duplicator is that it is a complete standalone
system and does not require a computer to operate. On top of that, each
burn cycle only takes 3-4 minutes for CDs and 6-9 minutes for DVDs,
allowing for more efficient use of your time and energy.
Utilizing the MagiCopy
controller, this duplicator communicates smoothly between the different
brands of burners that we offer. Aside from copying, the duplicator
allows you to "Test" your disc before burning with a mock burn, ensuring
that none of your blanks are bad. It also has a "Compare" function which
compares the information of the copied discs to the information of the
master disc and a "Verify" function which determines if the copied disc
are readable. The duplicator supports an adjustable burn speed which
controls the quality and time of each burn cycle. Another feature is the
selectable source drive which permits you to move the reader drive to
another drive if necessary. For example, if your reader drive begins to
fail, you can select another drive like one of your burners to be your
reader while that drive gets replaced.
A unique feature is its
ability to save disc space according to the file size instead of
partitioning the entire hard drive into 5 GB slots for or 1 GB slots.
This allows you to save space on the hard drive and add more masters
than other duplicators allow with similar hard drive space. It also
allows the user to rename the hard drive partitions with up to 8
alphanumeric characters.
One of the key
reasons we are able to give a more affordable price to customers is
because we do not include unnecessary equipment to our duplicators. Our
duplicators do not need the 128 or 256 MB buffer memory that other
companies boast. Yet, our duplicators still compete with the best when
comparing speed, quality, and reliability of the copy process.
These are test
results of our MagiCopy Controller against another controller with 128
MB buffer memory.
|
3 Target Controller
|
|
MagiCopy Controller (32 MB) |
Other Brand (32 MB) |
|
DVD Master: 4397 MB |
DVD Master: 4397 MB |
|
CD Master: 667 MB |
CD Master: 667 MB |
|
DVD RW Brands |
|
|
|
Pioneer |
|
8X DVD-R |
Copy time: 8:17 |
|
8X DVD+R |
Copy time: 8:39 |
|
16X DVD-R |
Copy time: 6:55 |
|
16X DVD+R |
Copy time: 7:53 |
|
52X CD-R |
Copy time: 4:00 |
|
|
8X DVD-R |
Copy time: 8:46 |
|
8X DVD+R |
Copy time: 9:07 |
|
16X DVD-R |
Copy time: 7:25 |
|
16X DVD+R |
Copy time: 8:25 |
|
52X CD-R |
Copy time: 4:22 |
|
7 Target Controller
|
|
MagiCopy Controller
(64 MB) |
Other Brand (128 MB) |
|
DVD Master: 4397 MB |
DVD Master: 4397 MB |
|
CD Master: 667 MB |
CD Master: 667 MB |
|
DVD RW Brands |
|
|
|
Pioneer |
|
8X DVD-R |
Copy time: 8:13 |
|
8X DVD+R |
Copy time: 8:00 |
|
16X DVD-R |
Copy time: 6:17 |
|
16X DVD+R |
Copy time: 7:37 |
|
52X CD-R |
Copy time: 3:42 |
|
|
8X DVD-R |
Copy time: 8:40 |
|
8X DVD+R |
Copy time: 9:20 |
|
16X DVD-R |
Copy time: 7:45 |
|
16X DVD+R |
Copy time: 8:10 |
|
52X CD-R |
Copy time: 3:55 |
|
11 Target Controller
|
|
MagiCopy Controller
(64 MB) |
Other Brand (128 MB) |
|
DVD Master: 4397 MB |
DVD Master: 4397 MB |
|
CD Master: 667 MB |
CD Master: 667 MB |
|
DVD RW Brands |
|
|
|
Pioneer |
|
8X DVD-R |
Copy time: 7:46 |
|
8X DVD+R |
Copy time: 8:47 |
|
16X DVD-R |
Copy time: 7:10 |
|
16X DVD+R |
Copy time: 8:15 |
|
52X CD-R |
Copy time: 4:07 |
|
|
8X DVD-R |
Copy time: 9:15 |
|
8X DVD+R |
Copy time: 9:26 |
|
16X DVD-R |
Copy time: 7:46 |
|
16X DVD+R |
Copy time: 9:18 |
|
52X CD-R |
Copy time: 4:38 |
|
- Test results may vary
depending on the blank media quality and the DVD burner model
The buffer memory
compensates for minor variances in the burning synchronization. Some
drives will fall behind or burn further ahead than the other drives.
This rift can cause the system to stall so that the other drives can
catch up with one another. However, if your duplicator initiates all
drives at the same time and the drives burn at the same speed (which is
controlled by the controller burn speed), large buffer memory becomes
virtually useless. We understand that the drives almost never initiate
together but there is a point when buffer memory size benefit plateaus.
Utilizing only the necessary buffer memory for the duplicator, we save
costs on production which in turn saves money for our customers.
Aluminum cases are
widely believed to be a superior cooler than steel cases. However, this
is just a misconception. Numerous case testing shows that the fan
configuration in the case and the air flow it creates regulates the
temperature inside the case. Unless there is an outside source of light
or heat close to the case, the duplicator components do not generate
enough heat to hinder the copy process.
So what are the
actual benefits of an aluminum case or a steel case? The question boils
down to two things: durability and cost. The aluminum case is a lighter
metal but less dense which makes it more malleable and susceptible to
scratches. The steel case is sturdier because of its density but in
turn, makes it less mobile because of the weight. When we consider the
shipment of the duplicator also, the steel cases become a more logical
choice for impact and shock absorption.
Then comes the
question of price. As mentioned before with the buffer memory, we
purchase only the necessary components for the duplicator to lower costs
for our customer.
|
| |