Vcinity's Ultimate X-1000v is a software-only solution designed to provide high-performance, distributed data access and movement across geographically dispersed environments. By mitigating the effects of latency and distance, ULT X-1000v enables real-time data access and transfer, allowing organizations to process or edit data remotely without the need for downloading, copying, or pre-staging. This capability is particularly beneficial for industries such as media and entertainment, engineering design, oil and gas, financial services, healthcare, high-performance computing, and government sectors.
Key Features and Functionality:
- Software-Only Deployment: ULT X-1000v can be installed on virtual machines running on-premises or in the cloud, supporting environments like KVM, VMware ESXi, AWS EC2, and AWS F1 instances.
- High-Speed Data Transfer: Achieves data movement up to 76 times faster than traditional methods, significantly reducing transfer times for large datasets.
- Remote Data Access: Provides local-like access to remote data assets, enabling seamless operations without the need for data replication.
- Scalable Throughput: Supports throughputs up to 1Gbps per virtual machine, with options for hardware acceleration to achieve up to 10Gbps per instance.
- Industry-Standard Interfaces: Integrates easily with existing applications using NFSv3, NFSv4, and SMB protocols, presenting itself as a simple shared storage tier.
Primary Value and Problem Solved:
ULT X-1000v addresses the challenges associated with data latency and distance in distributed environments. By enabling real-time access and rapid movement of data across vast geographical distances, it eliminates the need for multiple data copies, reduces storage costs, and enhances operational efficiency. Organizations can maintain control over their data, improve security, and leverage cloud computing resources without compromising performance. This solution is particularly valuable for scenarios requiring immediate data access and processing, such as collaborative projects, remote operations, and time-sensitive analyses.
