ATI FireMV multi-view video cards
Overview
ATI’s FireMV™ multi-view 2D workstation acceleration cards are designed exclusively for the financial and corporate marketplaces. Offering dual and quad monitor cards based on the PCI and PCI Express bus architecture, FireMV™ products ensure system compatibility and investment protection. Look to the FireMV™ series to realize these core benefits:
- Reliability
- Stability
- Flexibility
- User-friendly software
- Direct user support
- Lower power consumption
- Space efficient low profile design
- Product longevity
- All FireMV™ cards have a 3 year warranty
Product Line Up
Select for FireMV 2200 PCI
Select for FireMV 2200 PCI Express
Select for FireMV 2250 PCI Express
Select for FireMV 2400 PCI
Select for FireMV 2400 PCI Express
Specifications
FireMV™ PCI Express Cards
FireMV™ 2200
- Dual output display
- PCI Express x16 lane bus configuration
- 128MB of memory
- Industry standard DMS-59 display connector for two display support
- DMS59 to dual DVI-I (supports DVI and VGA)
- Low profile / half length form factor
- FireMV™ 2250
- Dual output display
- Available in PCI Express x16 and x1 lane bus configurations
- 256MB of memory
- Industry standard DMS-59 display connector for two display support
- S-Video TV output
- Low noise variable fan automatically adjusts speed for optimal cooling
- Low profile / half length form factor
- FireMV™ 2400
- Quad output display
- PCI Express x1 lane bus configuration
- 256MB of memory
- VHDCI connector with 2 dual DVI-I output cables
- Low power consumption with no performance loss
- Low profile / half length form factor
FireMV™ PCI Cards
- FireMV™ 2200 PCI
- Dual output display
- PCI bus configuration
- 64MB of memory
- Industry standard DMS-59 display connector for two display support
- Low profile / half length form factor
- FireMV™ 2400 PCI
- Quad output display
- PCI bus configuration
- 128MB of memory
- VHDCI connector with 2 dual DVI-I output cables
- Low power consumption with no performance loss
- Low profile / half length form factor
| FireMV™ Benefits Summary: |
| Features |
Benefits |
| Low Profile Design |
Allows all FireMV™ cards to fit into both low profile and full height systems for wide integration in a wide range of machines with a small number of cards to qualify
Allows for customers to choose the smallest systems (including docking stations) and still achieve quad output. |
| DMS-59 connector |
Industry standard connector to ensure easy access for after market cable procurement |
New low profile
VHDCI Quad Connectors |
This connector innovation is slated to become the new industry standard. Individual cables eliminate cross talk issues with other integrated cables. |
| Unified Driver Architecture |
Enables corporate sites to seamlessly incorporate workstation, desktop and mobile ATI products site-wide with a single driver. |
| Flexible Multi-Monitor Support |
Enables a variety of combinations for Multi-Monitor Support:
A new software package offers an innovative way to manage multi monitors to improve productivity and the multi monitor experience. |
| Low Power |
Helps to reduce the overall power load to high power consumption floors |
| Long life cycle |
Corporate sites will be ensured that once a product is qualified that there is no need to re-qualify for a long period. |
| ATI FireMV™ Multi-View Graphics Accelerators |
| Product Name |
FireMV™ 2200 PCI Express |
FireMV™ 2200 PCI |
FireMV™ 2250 PCI |
FireMV™ 2400 PCI Express |
FireMV™ 2400 PCI |
Bus |
PCI-Express |
PCI |
PCI-Express |
PCI-Express |
PCI |
| Memory Config |
128MB DDR |
64MB DDR |
256MB DDR |
256MB DDR |
128MB DDR |
| Display Support |
Dual DVI or VGA |
Dual DVI or VGA |
Dual DVI or VGA |
Quad DVI or VGA |
Quad DVI or VGA |
| Connector |
DMS-59 |
DMS-59 |
DMS-59 |
VHDCI |
VHDCI |
| Form-Factor |
Low Profile/Half Length |
Low Profile/Ultra-Half Length |
Low Profile/Half Length |
Low Profile/Half Length |
Low Profile/Half Length |
| Maximum Analog Resolution |
2048x1536 |
2048x1536 |
2048x1536 |
2048x1536 |
2048x1536 |
| Maximum Digital Resolution |
1600x1200 |
1600x1200 |
1920x1200 |
1600x1200 |
1600x1200 |
* Specifications are subject to change without notice. |
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