Member
Hi everyone ........
I m been a frequent user of AMD Products and i like the way they are coming with new technological products. So I require a bit of your help through your suggestion and feedback that of AMD 770 and AMD 780G which chipset would you prefer as the best?.........
waiting for your suggestion.
Member
Check some of this features AMD 770:
HyperTransport™ 3.0 Technology: More than doubles your CPU communications bandwidth to graphics as compared to HT1.
PCI Express Generation 2.0: Double your graphics bandwidth over earlier PCI Express for improved performance.
Backwards Compatibility: Ensures flexibility to build platforms with AMD Athlon™ today and AMD Phenom™ tomorrow.
AMD OverDrive Shift your system performance into next gear. Enables control of the 7-Series Chipsets to allow configuration of system settings in Microsoft Windows.
AMD RAID Expert: Easily configure your RAID setup from remote locations to personalize your media for extra performance or enhanced reliability.
Low Power Design: Ensures you have more power available for other components when you need it.
Member
AMD 780G:
Proven Radeon graphics powering DirectX 10: Powered by ATI Radeon Graphics, DirectX 10 introduces detail-rich images and dynamic interactivity for playing.
HyperTransport 3.0 technology: More than doubles your CPU communications bandwidth to graphics as compared to HyperTransport 1
PCI Express Generation 2.0: Double your graphics bandwidth over earlier PCI Express for improved performance
Backwards compatibility Ensures flexibility to build platforms with previous generation CPUs as well as the latest AMD Phenom processors
ATI Hybrid Graphics1: Improve your system performance by enabling the ability for both discrete graphics and integrated graphics to render simultaneously.
ATI Avivo HD1: ATI Avivo HD is the advanced image and video processing and display technology found in
ATI Radeon graphics that enables:
- Brilliant colors, sharp images and smooth playback of Blu-ray and HD DVD content.
- Performance that rivals high end HD DVD and Blu-ray players on difficult 1080i content.
- Built-in HDMI and DVI with HDCP.
Low Power Design: Designed for power-efficient computing to help lower energy costs.
AMD Cool and Quiet 2.0: Benefit from power saving features that help reduce power consumption at idle or during low usage.
Enhanced Digital Display integration:: Supports Display Port interface for the newest displays.
ATI SurroundView: SurroundView feature allows support for up to four independent monitors for systems equipped with an additional Radeon discrete graphics card.
Next Generation SB700: Support for up to 12 USB 2.0 connections and 6 SATA 2.0 devices, including eSATA devices
AMD OverDrive Shift your system performance into next gear. Enables control of the AMD 7-Series Chipsets to easily configure system settings in Microsoft Windows.
AMD RAIDXpert: Easily configure your RAID setup from remote locations to personalize your media for extra performance or enhanced reliability.
Member
Some information about AMD770:
AMD :The leader in enabling quad-graphics on a single motherboard:
The AMD 770 Chipset supports triple and quad-graphics to give your system ultimate performance capability from a single motherboard. It will satisfy the enthusiast’s need for speed and control, configure your graphics in different modes. Get the inside edge when you pair an AMD 770 Chipset-based motherboard with the best AMD Phenom true quad-core processor.
Extreme overclocking to give you the performance edge:
Personalize your experience with state-of-the-art overclocking capabilities, along with advanced system monitoring and amazing control options.The AMD OverDrive utility includes settings for novice to enthusiast users so you can tune your system in real-time and push the performance envelope further than it has ever gone before.
Exhilarating quadraphonic gaming for mind-blowing action:
The native ATI CrossFireX configuration was designed to introduce the world to quadraphonic gaming. Annihilate your opponents and blaze through levels with the power of quad-graphics behind you.
Cutting-edge technologies ahead of the masses:
The AMD 770 Chipset comes loaded with next-generation technologies to ensure platform longevity. PCI Express 2.0 doubles your graphics bandwidth over PCIe. The latest HyperTransport 3.0 technology gives you twice the CPU-chipset bandwidth than HT 1.0. Get the ammo you need to lead the pack, not follow it.
Superior scaling to support dual graphics (AMD 770 Chipset only):
The AMD 770 Chipset supports dual PCI Express 2.0 slots for next generation ATI CrossFireX graphics cards. Get the upgrade flexibility needed for a leading-edge performance.
Extreme performance for gamers:
The Chipset AMD 770 Chipset enable you to enjoy your games without compromise. Backed by single or dual PCI Express® 2.0 slots, turn your PC into the ultimate gaming machine.
Easy-to-use system monitoring options to personalize your experience:
The AMD OverDrive utility gives you extreme control of your system. Personalize your experience in real time with easy-to-use screens designed for novice and expert users.
Enables fast speeds with the latest HD technologies:
The AMD 770 Chipset are loaded with the latest HyperTransport 3.0 technology optimized for high-resolution gaming and HD video.
Create and edit your digital media:
The AMD 770 Chipset allow the performance of dedicated graphics across a high-speed PCI Express 2.0 interface to edit and enjoy your HD media.
Member
MY view on AMD 780G:
- The 780G is a new chipset from its integrated graphics processor through the north bridge and all the way down to the south bridge. Of those components, the IGP is perhaps the most exciting. Dubbed the Radeon HD 3200, the integrated graphics core is ripped directly from the RV610 graphics processor that powers the Radeon HD 2400 series—a chip that was released just eight months ago.
- Because it's a member of the same graphics family as AMD's discrete GPUs, the Radeon HD 3200 is also eligible for Hybrid Graphics configurations. The chipset's GPU can be teamed with a single graphics card—in this case either a Radeon HD 3450 or 3470—to improve performance in 3D applications.
- Within the integrated Radeon HD 3200 graphics processor lies a unified shader architecture that spreads 40 stream processors across two shader SIMDs. Also included are single texture and ROP units capable of handling four texels and pixels per clock, respectively.
- It's the 780G north bridge chip's HyperTransport 3 link, which scales up to 1.8GHz with AMD's current Phenom processors, the Radeon HD 3200 enjoys a very fat pipe to two channels of DDR2 memory at up to an effective 1066MHz. Motherboard makers can also equip the 3200 with dedicated memory of its own, an addition that AMD says can improve performance by 10-15%.
- HyperTransport bandwidth is apparently so important to the Radeon HD 3200 that AMD recommends a 1.8GHz link—currently available only with Phenom—to make the most of the graphics core. The 3200's post-processing engine for high-definition video playback actually requires the 1.8GHz HT link that Phenom provides. You don't need a Phenom to take advantage of the Radeon HD 3200's other video decoding capabilities, though.
- High-definition-ness is carried all the way through to the HD 3200's outputs, which include not only VGA and DVI, but also HDMI and even DisplayPort. HDCP is supported, as well, and the 780G is smart enough to be able to route S/PDIF audio through its HDMI output.
Member
Check out this for AMD 770:
- While a processor can be compared with brains, a chipset can definitely be regarded as the heart of a platform, because functionality of motherboards and computers in general depends on this very component. As Phenom processors are positioned as a gaming solution in the first place, AMD decided to launch a chipset family with similar positioning to support these processors. Having bought ATI, AMD managed to accomplish this task without resorting to the help of third-party companies.
- AMD wouldn't have minded stressing the open nature of its platform and reporting about a similar chipset from NVIDIA, but NVIDIA failed to implement PCI Express 2.0 in its chipset by this date. NVIDIA is only planning to launch a chipset with PCI Express 2.0 support based on an external bridge (the chipset will preserve a built-in PCIE 1.0 controller), which does not look like a good idea, to tell the truth. It will be available for the Intel platform (this chipset wouldn't have made sense for AMD, because of the chipsets.
- There are three chipsets in this family, which differ only in the number of graphics ports and consequently in supported CrossFire modes. All these chipsets support Hyper-Transport 3.0 to connect with Phenom processors, preserving compatibility with Hyper-Transport 1.0.Maximum bus clock rate has grown from 1000 MHz to 2600 MHz. Thus, its throughput has grown from 6.4 GB/s to 20.8 GB/s. But as existing Phenom processors are designed for 1800-2000 MHz, maximum throughput is up to 14.4-16.0 GB/s.
- PCI Express 2.0 bus also possesses twice as high throughput as its previous version, 8 GB/s versus 16 GB/s for PCI Express x16 and 0.5 GB/s versus 1 GB/s for PCI Express x1. Backward compatibility is preserved. Each port can be automatically configured for an expansion card of the old standard, while the others may operate with maximum throughput.
- The most functional version of the north bridge, which is shown above, supports 42 PCI Express 2.0 lanes, 32 of which are intended for graphics ports, another 6 lanes can be used for integrated controllers and PCIE expansion ports, and 4 lanes are used to connect to the south bridge. In this case configurations include:
- CrossFire with two cards, graphics slots operate as x16+x16, output to two monitors, connected to any card.
- Quad or Triple CrossFire - four or three graphics cards, graphics slots operate as x8+x8+x8(+x8), output to two monitors connected to any card. This mode is for those users who need maximum possible refresh rate.
- CrossFire with four cards working in pairs, graphics slots operate as x8+x8+x8+x8, video output to four monitors connected to any two cards in each pair. It's designed for simulators and other games that require multiple monitors for better observability.
- A standard multi-monitor mode with up to eight monitors for air-simulators and some professional applications, graphics slots operate as x16 (in case of two cards) or x8 (three or more cards).
- The chipset caters for requirements of even the most hardcore gamers, support for more graphics cards will hardly be necessary in the forseeable future. The same concerns the number of PCI Express lanes. Note that the throughput of PCI Express 2.0 x8 equals that of PCI Express 1.0 x16.
- The new family of chipsets from AMD looks very good owing to its support for Phenom processors. Even though motherboards for Socket AM2 on the existing chipsets are still popular with the appearance of processors for Socket AM2+ due to their cross compatibility, AMD has chosen the right time to update its line of chipsets, inherited from ATI. Support for Hyper-Transport 3.0 and PCI Express 2.0 is necessary, because these standards are ready. But it wouldn't have made sense until the appearance of processors and graphics cards supporting these standards.
Member
My Justification:
Today's introduction of its new 780G chipset, AMD is finally enabling users to build an HTPC or multimedia computer for HDTV, HD-DVD or Blu-ray playback that doesn't require an add-in graphics card. The northbridge chip of the new 780G chipset also features an integrated Radeon HD3200 graphics unit that can decode any current high-definition video codec. As a result, CPU load is decreased to such a degree that even a humble AMD Sempron 3200+ is sufficient for HD video playback.
The older 690G chipset was originally designed by ATI, and was essentially just rebranded with the AMD logo after the two companies merged. The new 780V and 780G chipsets unveiled today are the first chips to be designed since AMD's acquisition of ATI, and can thus be considered "real" and "Perfect" AMD chips.
AMD has every reason to be proud of its design, which is one of the best chipsets the harware technology market tested. They are the bests Intel's chipsets in functionality, power consumption and production process. With the move to 55 nm, AMD was able to lower the power consumption of its chipset. The 780G chipset sets a new record for the lowest power consumption.
Posting Permissions
Reply With Quote
Bookmarks