Autor: Bartek Nagorny (baribal_at_kk.kalisz.pl)
Data: Wed 24 Sep 1997 - 00:21:55 MET DST
On 23 Sep 1997 12:16:29 GMT, "Joker" <joker_at_priv.onet.pl> wrote:
>a czym to sie rozni??
>znaczy sie px5 od tx5 ??
Ha ! Juz sam dawno chcialem to wiedziec - panowie z abita majlneli mi,
ze juz tydzien temu mial byc opis tx5 na ich stronie - ale podobno
bedzie dopiero w pazdzierniku.
Zreszta z px5 czy ax5 masz instrukcje, w ktorej juz pisza o tx5. Moze
dostales stary revision ?
Dobra, znalazlem troche info:
The TX5 board layout very closely resembles the PX5. However the TX5
has 4
- 72 pin SIMM slots, 2 168 pin DIMM slots, 4 PCI, 3 ISA. It is an
AT
style board but can plug into ATX power optionally.
Other specs are identical to the PX5.
The big new feature on the TX5 is support for EISCA (Enhanced
Intelligent
System Cooler Architecture) to monitor the system environment in order
to
meet the PC97 requirements. Here is what the User Manual says:
"The EISCA (Enhanced Intelligent System Cooler Architecture) is
special
design a 12-pins interface for integrate Mainboard and CPU cooler
system.
It is a total solution for solving the heat sink problem of PC system.
According the CPU speed is getting faster, and also cause the
temperature
will be higher, to solve the high temperature of the CPU to be a very
important course in this moment. To effective and exactly detect the
CPU
temperature become the very important specifications of Microsoft
PC97. It
can not detect the CPU temperature exactly only in the phase of
Mainboard.
The location which under the CPU socket is the nearest location from
the
CPU, and conduct the CPU temperature by the air. In this method, it
detect
not only a huge tolerance of temperature, but also can not detect the
temperature in real time. Because the air which under the CPU socket
is in
a close space. It can not conduct the temperature change in real
time.
According the examination. In such situation, the sensor which locate
under the CPU socket can not detect the real temperature change within
5
minutes, it takes such a long period of time, so it can not meet the
inquire of thermal problem.
In the architecture of EISCA, it locate the thermal sensor at the
heat-sink
of the cooler. In this moment, it can detect the CPU temperature in
real
time and also more exactly. The EISCA is building the voltage
monitoring
fan speed monitoring and fan on/off control to achieve the
specification of
PC97."
W sumie interesujace, acz nie powalajace ;)
Jeszcze tylko trzeba pomyslec czy lasic sie na pierwsze rewizyny...
e-mail: baribal_at_kk.kalisz.pl
fido: 2:482/42.14
To archiwum zostało wygenerowane przez hypermail 2.1.7 : Tue 18 May 2004 - 16:23:55 MET DST