Dual 1366 Xeon Overclocking !?
Quote from OCxeon on 2021-12-21, 04:07Specs:
MB: Asus Z8NA-D6C
CPU: 2x Intel Xeon X5675
GPU : Titan XP Collectors Edition
RAM: 48GB DDR3 ECCHello everyone,
i need your help overclocking my PC.
I have 2 Xeons and i really want to overclock them but this MB does not have any options for overclocking .
I bought the EVC2SX and connected it to the PC , it recognizes 2 adresses : DEV SCAN OK FOUND 2 ADRESSES: 3F 6E
I dont know what to do now?does someone know how it will go on now?
i am sorry for spelling mistakes and grammar :D
Specs:
MB: Asus Z8NA-D6C
CPU: 2x Intel Xeon X5675
GPU : Titan XP Collectors Edition
RAM: 48GB DDR3 ECC
Hello everyone,
i need your help overclocking my PC.
I have 2 Xeons and i really want to overclock them but this MB does not have any options for overclocking .
I bought the EVC2SX and connected it to the PC , it recognizes 2 adresses : DEV SCAN OK FOUND 2 ADRESSES: 3F 6E
I dont know what to do now?
does someone know how it will go on now?
i am sorry for spelling mistakes and grammar :D
Uploaded files:Quote from elmor on 2021-12-24, 11:42Hello,
I don't have any specific knowledge about this board. Do you know which VRM controller and clockgen IC is on it?
/Jon
Hello,
I don't have any specific knowledge about this board. Do you know which VRM controller and clockgen IC is on it?
/Jon
Quote from OCxeon on 2021-12-28, 20:19Hello ,
Yes, on this Board is the ICS932S421BGLF. I also found a little Chip near the CPU Socket with the name : uP6206AK ; Is it the Chip we are looking for ?
There could be a second IC on this board because it has 2 Cpu´s but i only know the ICS932S421BGLF.
/OCxeon
Hello ,
Yes, on this Board is the ICS932S421BGLF. I also found a little Chip near the CPU Socket with the name : uP6206AK ; Is it the Chip we are looking for ?
There could be a second IC on this board because it has 2 Cpu´s but i only know the ICS932S421BGLF.
/OCxeon
Quote from elmor on 2021-12-31, 17:04Quote from OCxeon on 2021-12-28, 20:28Here is a Picture of the chip
Hello,
The uP6206 is not a digital controller (no I2C interface) and can't be used with EVC2 (unless you solder the VMOD header to the VRM FB circuit). It should be possible to adjust the CPU base clock frequency using the clockgen chip. I will have to get back to you on how to achieve it. To start with, can you make a dump of the I2C bus with Data length = 1 and upload here?
https://www.renesas.com/us/en/products/clocks-timing/application-specific-clocks/processor-clocks/processor-clock-generators/932s421-ck410b-synthesizer
Quote from OCxeon on 2021-12-28, 20:28Here is a Picture of the chip
Hello,
The uP6206 is not a digital controller (no I2C interface) and can't be used with EVC2 (unless you solder the VMOD header to the VRM FB circuit). It should be possible to adjust the CPU base clock frequency using the clockgen chip. I will have to get back to you on how to achieve it. To start with, can you make a dump of the I2C bus with Data length = 1 and upload here?
Quote from OCxeon on 2022-04-20, 02:17Hello,
I am sorry for the late reply. This PC is not at my Home 🙂 . I have found out that this PC has two Clockgen Chips. The first one is the : ICS932S421BGLF and the second one is the: ICS 9DB1200CGLF. I dont know why this board has two Clockgen chips??
Hello,
I am sorry for the late reply. This PC is not at my Home 🙂 . I have found out that this PC has two Clockgen Chips. The first one is the : ICS932S421BGLF and the second one is the: ICS 9DB1200CGLF. I dont know why this board has two Clockgen chips??
Uploaded files:Quote from SmartStone on 2023-10-03, 15:46Overclocking dual Intel Xeon processors from the 1366 generation can be challenging and is generally not recommended for several reasons:
Limited Overclocking Support: Many motherboards designed for Xeon processors do not support overclocking. Xeon processors are typically used in workstations and servers where stability and reliability are paramount, and overclocking can compromise these factors.
Heat Generation: Xeon processors are built for stability and longevity, not for overclocking. Overclocking can lead to significantly increased heat production, and most server/workstation motherboards and cooling solutions are not designed to handle this additional heat.
Risk of Instability and Data Loss: Overclocking can introduce system instability and crashes. In a server or workstation environment, this can lead to data loss or system downtime, which is generally unacceptable.
Warranty and Support: Overclocking Xeon processors typically voids any warranty and support from Intel and the motherboard manufacturer.
Compatibility Issues: Even if you manage to overclock your Xeon processors, you may encounter compatibility issues with software and drivers, as they are not optimized for overclocked setups.
If you require more processing power, it is usually better to invest in faster Xeon processors or a more powerful system altogether rather than attempting to overclock. Overclocking is generally reserved for consumer-grade CPUs, and attempting it with Xeon processors is risky and not recommended for professional or mission-critical environments.
If you are interested in increasing the performance of your system, consider consulting with a professional or upgrading your hardware through legitimate channels.
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Overclocking dual Intel Xeon processors from the 1366 generation can be challenging and is generally not recommended for several reasons:
-
Limited Overclocking Support: Many motherboards designed for Xeon processors do not support overclocking. Xeon processors are typically used in workstations and servers where stability and reliability are paramount, and overclocking can compromise these factors.
-
Heat Generation: Xeon processors are built for stability and longevity, not for overclocking. Overclocking can lead to significantly increased heat production, and most server/workstation motherboards and cooling solutions are not designed to handle this additional heat.
-
Risk of Instability and Data Loss: Overclocking can introduce system instability and crashes. In a server or workstation environment, this can lead to data loss or system downtime, which is generally unacceptable.
-
Warranty and Support: Overclocking Xeon processors typically voids any warranty and support from Intel and the motherboard manufacturer.
-
Compatibility Issues: Even if you manage to overclock your Xeon processors, you may encounter compatibility issues with software and drivers, as they are not optimized for overclocked setups.
If you require more processing power, it is usually better to invest in faster Xeon processors or a more powerful system altogether rather than attempting to overclock. Overclocking is generally reserved for consumer-grade CPUs, and attempting it with Xeon processors is risky and not recommended for professional or mission-critical environments.
If you are interested in increasing the performance of your system, consider consulting with a professional or upgrading your hardware through legitimate channels.
Fingerprint Door Locks
Traditional locks and keys are slowly becoming relics of the past, thanks to fingerprint door locks. These locks utilize biometric technology to grant access to authorized individuals. With a simple touch, your unique fingerprint unlocks the door, eliminating the need for keys or codes. This not only enhances security but also simplifies access control within your household. Fingerprint door locks are highly reliable and offer peace of mind, knowing that your home is well-protected. https://smartlivingandtechnology.com/
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