8+2+1 Phases Hybrid Digital VRM Design
- 8+2+1 Phases Low RDS(on) MOSFETs
- Premium Choke and Capacitors to improve transient response and minimize oscillation
PCIe 4.0 Design
GIGABYTE B760 Motherboards are ready to work with the PCIe 4.0 devices which are expected to experience triple bandwidth than the current PCIe 3.0 devices. To reach the high speed and maintain good signal integrity, GIGABYTE R&D uses the low impedance PCB to provide the maximum performance.
DDR5 Overclocking Up to 7600 and Beyond*
GIGABYTE is offering a tested and proven platform that has memory overclocking capability up to 7600 and beyond. For DDR5 XMP Memory, all users need to do to attain high memory performance boost is to ensure that their memory module is XMP capable and that the XMP function is activated and enabled on their GIGABYTE motherboard
GIGABYTE Exclusive DDR5 Circuit Design
Programmable Mode
GIGABYTE’s exclusive design unlocks Native DDR5 PMIC secure mode into programmable mode and control Native DDR5 voltage with wide range.
- GIGABYTE exclusive circuit design unlocks Native DDR5 voltage control
- Transforms Native DDR5 memory module to Overclocked DDR5 memory
- Increases DDR5 memory overclocking performance and capability
- Supports all PMIC vendors for maximum compatibility
* Memory overclocking capabiblity will vary based on users' hardware configurationShielded Memory Routing
All memory routing is under the PCB inner layer shielded by a large ground layer to protect from external interference.
Impedance Optimized Topology
By optimizing memory trace width, length and style from HPC simulation to actual implementation, overall impedance is lowered between CPU memory controller and memory modules to achieve higher DDR5 speed.
Low Signal Loss PCB
Server grade mid-loss or low-loss PCB material is chosen to lower signal loss inside PCB and maintain DDR5 high speed signal transmission.
DDR5 Auto Booster
Automatically Boost the Native DDR5 frequency to 5000MHz while the system is under heavy loading by a single click.
DDR5 Memory Upgrade
GIGABYTE BIOS offers pre-defined and retrievable profiles for users to get higher performance easily. The profiles are based on a database that is created by checking each memory IC and PMIC vendors to optimize the modules to unleash their full potential. This is a time saving feature to manually configure overclocked DDR5 memory kits.
- Instantly upgrade memory performance
- Overclock Native and XMP 3.0 DDR5 memory to higher frequency easily
- No need to input dozens of memory parameters such as clock, voltage and timings
- Built-in wide variety pre-tuned profiles database for different memory IC vendors
*DDR5 MEMORY UPGRADE involves DDR5 memory overclocking, overclocking capability depends on users’ hardware configuration
XMP 3.0 User Profile
Define and create your own SPD profile into Native and XMP 3.0 memory modules or apply the pre-tuned profiles to XMP 3.0 User Profile. Two user-defined profiles can be saved, loaded either locally or from/to an external storage device.
- Two empty SPD profiles can be defined by users and carry to next computer
- Transfer DDR5 XMP Booster profiles into XMP 3.0 User Profiles
- Quick memory performance simulation based on user input clock and timing parameters
- Profile save and load function to share your memory parameters online
- SPD Re-defined or retrieve from database
- Performance Simulation
- Save/Load Profile
- Overclocked Performance
- Profile Clearance
GIGABYTE PerfDrive
PerfDrive technology integrates multiple GIGABYTE exclusive BIOS settings to allow users to balance between different levels of performance, power consumption, and temperature according to their needs easily when using 13th gen Intel® Core™ processors.
Max Turbo
Max Turbo allows Intel® 13th Gen. Core™ CPU to run at Maximum Turbo Boost speed.
Optimization
The Optimization mode enables Intel® 13th Gen. Core™ CPU to balance between high performance and low temperature.
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