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Full Discussion: RAM check
Operating Systems Solaris RAM check Post 302776943 by hicksd8 on Thursday 7th of March 2013 06:30:16 AM
Old 03-07-2013
Well there are no guarantees but damage to the server is very unlikely especially if the RAM is known to be the right type (eg, voltage, etc).

Do your research; stuff the part numbers, etc into Google and see if that comes up with the specification.

Talking generically, RAM needs a voltage supplied by the motherboard. Typically 5V or 3.3V. If the motherboard supplies 3.3V and you fit a 5V module it won't work (but might just unreliably). If the motherboard supplies 5V and you fit a 3.3V module it will fry the module but shouldn't damage the motherboard.

Fitting a correct but faulty RAM module won't do any damage but will fail diags. Voltage is the important thing. Obviously the RAM architecture needs to be right too for it to work, but generally different architectures have different edge connectors.

TIP: Of course if you're working with suspect RAM modules fit one at a time to see if they work. Test one for a while, then add a second, and so on.

ALSO....consider that the memory socket on the motherboard might be faulty - not the RAM module. Process of elimination I'm afraid.

Last edited by hicksd8; 03-07-2013 at 07:37 AM..
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AIBS(4) 						   BSD Kernel Interfaces Manual 						   AIBS(4)

NAME
aibs -- ASUSTeK AI Booster ACPI ATK0110 voltage, temperature and fan sensor SYNOPSIS
To compile this driver into the kernel, place the following line in your kernel configuration file: device aibs Alternatively, to load the driver as a module at boot time, place the following line in loader.conf(5): aibs_load="YES" DESCRIPTION
The aibs driver provides support for the voltage, temperature and fan sensors available through the ATK0110 ASOC ACPI device on ASUSTeK moth- erboards. The number of sensors of each type, as well as the description of each sensor, varies according to the motherboard. The driver supports an arbitrary set of sensors, provides descriptions regarding what each sensor is used for, and reports the current values as well as the supposed range specifications of each sensor's input as defined by the motherboard manufacturer through ACPI. The range specifications are as follows: o Voltage sensors have a lower and an upper range specification. o Temperature sensors have two upper specifications. o Fan sensors may either have only the lower specification, or, depending on the DSDT, one lower and one upper specification. Sensor readings and the range specifications are made available through the sysctl(3) interface, and can be monitored with sysctl(8). For example, on an ASUS V3-P5G965 barebone: > sysctl dev.aibs.0.{volt,temp,fan} dev.aibs.0.volt.0: 1192 850 1600 dev.aibs.0.volt.1: 3312 2970 3630 dev.aibs.0.volt.2: 5017 4500 5500 dev.aibs.0.volt.3: 12302 10200 13800 dev.aibs.0.temp.0: 28.0C 80.0C 95.0C dev.aibs.0.temp.1: 55.0C 60.0C 95.0C dev.aibs.0.fan.0: 878 600 7200 dev.aibs.0.fan.1: 0 700 7200 > sysctl -d dev.aibs.0.{volt,temp,fan} dev.aibs.0.volt: dev.aibs.0.volt.0: Vcore Voltage dev.aibs.0.volt.1: +3.3 Voltage dev.aibs.0.volt.2: +5 Voltage dev.aibs.0.volt.3: +12 Voltage dev.aibs.0.temp: dev.aibs.0.temp.0: CPU Temperature dev.aibs.0.temp.1: MB Temperature dev.aibs.0.fan: dev.aibs.0.fan.0: CPU FAN Speed dev.aibs.0.fan.1: CHASSIS FAN Speed Generally, sensors provided by the aibs driver may also be supported by certain other drivers or utilities that access the ISA / LPC or I2C / SMBus devices directly. The precise collection of aibs sensors is comprised of the sensors specifically utilised in the motherboard design, which may be supported through a combination of one or more physical hardware monitoring chips. The aibs driver, however, provides the following advantages when compared to the native hardware monitoring drivers or other utilities: o Sensor values from aibs are expected to be more reliable. For example, voltage sensors in many hardware monitoring chips can only sense voltage from 0 to 2 or 4 volts, and the excessive voltage is removed by the resistors, which may vary with the motherboard and with the voltage that is being sensed. In aibs, the required resistor factors are provided by the motherboard manufacturer through ACPI; in the native drivers, the resistor factors are encoded into the driver based on the chip manufacturer's recommendations. In essence, sensor values from aibs are very likely to be identical to the readings from the Hardware Monitor screen in the BIOS. o Sensor descriptions from aibs are more likely to match the markings on the motherboard. o Sensor range specifications are supported by aibs. The range specification is reported for each individual sensor as suggested by the motherboard manufacturer. For example, the threshold for the CPU temperature sensor is likely to be significantly higher than that for the chassis temperature sensor. o Support for newer chips in aibs. Newer chips may miss a native driver, but should be supported through aibs regardless. SEE ALSO
sysctl(3), acpi(4), sysctl(8) HISTORY
The aibs driver first appeared in OpenBSD 4.7, DragonFly 2.5, NetBSD 6.0 and FreeBSD 9.0. An earlier version of the driver, acpi_aiboost, first appeared in FreeBSD 7.0 and NetBSD 5.0. AUTHORS
The aibs driver was written for OpenBSD, DragonFly, NetBSD and FreeBSD by Constantine A. Murenin <cnst@FreeBSD.org>, Raouf Boutaba Research Group, David R. Cheriton School of Computer Science, University of Waterloo. An earlier version of the driver, named acpi_aiboost, was written for FreeBSD by Takanori Watanabe. BSD
April 4, 2010 BSD
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