| Review board supplied
courtesy of PCNut.
Here We Go Kiddies...
Once again SOYO has delivered a product that in my opinion has been aimed
directly at the overclocking market and has definitely delivered another blow to ABIT's
reign. The SY-6BA+IV is the refined cousin to the earlier introduced SY-6BA+III that
so many in the overclocking community have already fallen in love with. The 6BA+III
has created a good reputation with it's excellent "Soft Menu" type AWARD BIOS
and overall stability but the 6BA+IV delivers that and a little more.
A Little Extra Real-Estate...
One of the first things you will notice when pulling the 6BA+IV from it's
box is that it is physically larger then the 6BA+III. That extra space is needed
though because of 2 extra IDE connectors and the HighPoint ATA66 controller chipset that
is new in the 6BA series of SOYO's motherboards. Thats right folks a total of 4 IDE
connectors for a possible maximum total of 8 IDE devices. Heck, that alone is a good
reason for some folks to consider this board.
Installation...
The 6BA+IV installation into the case is typical of all standard mobos
with no problems encountered. Once all the components were installed onto the mobo
including a Viper 770 video card, SB Live sound card, and a Quantum KX ATA66 hard drive,
it was time to start with the BIOS and driver installation. I had been hearing a few
comments recently about problems getting the HighPoint ATA66 controller working correctly
so the first thing I did was to download the most recent 6BA+IV BIOS revision and
HighPoint drivers before I had even opened the 6BA+IV's box. The BIOS was updated
first using a floppy containing the new BIOS file and AWARD flashing utility and that
operation went smoothly as expected. The Quantum KX hard drive already had a recent
installation of Windows98 SE so it was connected to the IDE 3 ATA66 connector on the
6BA+IV and I then rebooted the machine. The next step was to set in the BIOS to boot
from the SCSI device (required to boot from the ATA66 drive) and sure enough I was soon
greeted with the familiar Windows98 splash screen. The HighPoint drivers were then
updated and all was well with absolutely no problems noted during the installation
procedure I used.
So How Does It Handle...
I found absolutely no unpleasant surprises with the 6BA+IV.
Compatibility with all the applications and benchmark utilities that are in my normal
regime for new hardware presented no lock-ups or any other sign of system
instability. Hardware monitoring is fully implemented with the WinBond W83782D chip
including the internal temperature diode found in the Intel line of Celeron, PII, and PIII
processors. The HighPoint ATA66 controller and the Quantum KX ATA66 hard drive
achieved 57MB per second burst read speeds but as we all know by now the real world
performance advantages of present ATA66 technology is barely if at all noticeable.
With 27 different available FSB settings and an adjustable Vcore voltage up to 10% above
default the 6BA+IV mirrors the older 6BA+III in the overclocking and tweaking
department. Keep in mind folks that with many of the "slotket" adapter
cards around today for Celeron PPGA processors voltage options to as much as 3.0 volts may
be possible using jumpers on the "slotket" itself.
Final Thoughts...
SOYO has hit another ball out of the park with the 6BA+IV. With the
now well proven and reliable BX chipset and the HighPoint ATA66 controller the 6BA+IV is a
finally honed thoroughbred with few rivals opposing it's lead. It is a very easy
board to setup and the jumperless design makes fine tuning the BIOS a pleasure.
Though the HighPoint ATA66 controller may present a few extra decisions during setup it is
simple and pretty much self-explanatory presenting no insurmountable challenges. My
only criticism is the lack of room between the slot1 connector and the DIMM slots, using
one of the larger heatsinks such as the ALPHA P125S or GlobalWIN FDP-32 will block the
first two rows for the memory. I tried various combinations of memory sticks in the
third and fourth DIMM slots and had no difficulties though SOYO does advise filling them
beginning with DIMM 1. If you are in the market for a stable and high performance
overclocking friendly motherboard then I with no reservations what so ever highly
recommend the SOYO SY-6BA+IV.
| 9 out
of a possible score of 10 |
Check out these other fine reviews of the SY-6BA+IV...
Hot Hardware
Overclockers.com
Hard OCP
|
|
Description |
66/100MHz
FSB Slot 1 Based
Intel 440BX ATX Motherboard |
Processor |
100MHz
FSB Pentium III Processors
450/500/550/600 MHz |
100MHz
FSB Pentium II 350/400/450 MHz |
66MHz
FSB Pentium II 233/266/300/333 MHz |
66MHz
FSB Celeron Processors 266~300MHz |
66MHz
FSB Celeron Processors 300A~433 MHz
with integrated L2 cache |
| Chipset |
Intel 440BX Chipset |
| 66/100MHz
CPU FSB |
| System
Memory |
| Four
168-pin SDRAM DIMM sockets support up to 1GB |
| PC100
DIMM support |
| Provides
ECC (Error Checking Correction) capability |
| Expansion
Slots |
| Five
32-bit Bus Mastering PCI slots (V2.1 compliant) |
| Two
16-bit ISA slots (one shared ISA/PCI slot) |
| One
AGP slot (v1.0 compliant) |
| On
Board Ultra I/O Chip |
| ITE
8671F-A chip |
| Two
RS-232 serial ports (16550 UART compatible) |
| One
parallel printer port (SPP/EPP/ECP mode) |
| One
FDD port (Supports LS120, 3 mode, 1.2/1.44/2.88 MB FDD |
| Provides
IrDA port with optional cable for transceiver |
| Ultra
DMA 33 & 66 IDE ports |
| Four
independent channels for up to Eight IDE devices |
| Two
channels support up to PIO mode 4 & UDMA 33 |
| Two
channels support up to ATA-66 |
| Four
PCI bus mastering ATA E-IDE ports |
| Boot-Block
Flash BIOS |
| Award
PCI BIOS with green, ACPI, APM, PnP, DMI, functions and Year 2000 |
Supports multiple-boot from E-IDE/SCSI/CD-ROM/FDD LS120/ZIP |
| 2
Mbit Flash ROM |
| Board
Dimensions |
| Four
layers, 30.5 cm x 19 cm (12¡¨ x 7.5¡¨) |
| ATX
form factor |
| Enhanced
PC Health Monitoring |
| On-board
voltage monitors for CPU Vcore, VTT,
+5v, +12V, 3.3V, and 5VSB |
| CPU
fan four speed control and monitor |
| FAN
speed monitor |
| Precision
CPU temperature monitoring through CPU on-die thermal diode |
| Double
stack Back-Panel I/O Connectors |
| PS/2
Mini-DIN mouse & keyboard ports |
| Two
USB ports |
| Two
D-Sub 9-pin male serial ports |
| One
D-Sub 25-pin female printer port |