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- Jan 1, 1970
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Server specs:
PIII 1.26GHz x 2, 512KB L2 Cache, 1GB + 256MB PC133 ECC SDRAM, 5 x 18.2GB Ultra3 SCSI-3 (on Raid 5)
The above specification/configuration was tested in isolation (single client cross cable to server) with different NIC on a same transaction and it shows different results as detail below
Built-in 10/100 NIC - response time (35 sec)
PCI 3COM 10/100 NIC - response time (24 sec)
Comparing against a desktop server (cross cable as above)
P4 - 1.6Mhz/256MB RAM/IDE HDD/Built-in 10/100 NIC
The same transaction gives a response of 17sec
Running the same transaction within the servers
Compaq server gives a response of 7 sec
Desktop server gives a response of 10 sec
From the above findings, my questions are :
1. Is it common for built-in NIC to be slower than PCI add-on NIC ?
2. Why is the strong makeup of this Compaq server does not outperform a normal desktop server ?
3. Is this test conclusive to say that the Compaq server has a flaw somewhere in its design ?
PIII 1.26GHz x 2, 512KB L2 Cache, 1GB + 256MB PC133 ECC SDRAM, 5 x 18.2GB Ultra3 SCSI-3 (on Raid 5)
The above specification/configuration was tested in isolation (single client cross cable to server) with different NIC on a same transaction and it shows different results as detail below
Built-in 10/100 NIC - response time (35 sec)
PCI 3COM 10/100 NIC - response time (24 sec)
Comparing against a desktop server (cross cable as above)
P4 - 1.6Mhz/256MB RAM/IDE HDD/Built-in 10/100 NIC
The same transaction gives a response of 17sec
Running the same transaction within the servers
Compaq server gives a response of 7 sec
Desktop server gives a response of 10 sec
From the above findings, my questions are :
1. Is it common for built-in NIC to be slower than PCI add-on NIC ?
2. Why is the strong makeup of this Compaq server does not outperform a normal desktop server ?
3. Is this test conclusive to say that the Compaq server has a flaw somewhere in its design ?