Continuous improvements in image acquisition
capabilities are rapidly expanding your everyday clinical practice and
providing new ways to improve patient care. As a result, a solution for managing the growing
volume of images and making them available to you and your colleagues become as
important as the diagnostic tools themselves.
AW Server 2 is your platform for an efficient and automated workflow,
allowing you to better manage your time, equipment resources and costs while
enhancing your team’s ability to collaborate and provide a diagnosis.
The AW Server 2 delivers 3D visualization throughout your enterprise
including any remote reading location that is on your enterprise network. GE’s
thin client technology converts virtually any PC1, MAC1 or RIS/PACS2 into a high-end 3D post-processing station without the
need for expensive dedicated graphics processors. This system fosters
collaboration among physicians, facilitating integration of state-of-the-art 3D
visualization and processing capabilities into your routine workflow. By giving
you the ability to share your post-processed data and findings with your referring
physicians, report turnaround is faster while patient data remains private and
secure.3
Hightlights
- Provides Enterprise-wide
multi-modality image processing across clinical care-areas.
- Allows rapid
diagnosis from virtually any PC1, MAC1 or PACS/RIS2
even over low bandwidth network.
- Saves time by
automating processing tasks in the background.4
- Centralized
architecture provides increased security for patient data.
- Seamlessly integrates
with existing PACS infrastructure.
- Facilitates
communications between multiple physical locations and departments
1. Subject to minimum specifications
– see Client Specifications section for more details.
2. See Integration Manual for
details on integration capabilities for PACS/RIS other than GE Centricity PACS
systems.
3. Requires IPSec VPN connections to
ensure secure transmission of patient data.
4. Requires purchase of application licenses for automated background
processing.