Spillbox

Want to quickly and cost effectively burst your EDA workloads to the Cloud, check out Spillbox's EDABridge+ technology. Spillbox's dynamic data tiering and caching technology helps semiconductor companies burst their EDA workloads to the public cloud. All the movement and synchronization of the EDA application and all design files are automatically taken care of. The following are benefits of our solution: - 0-Cost advantage and quick setup o Use Cloud for peak demand as needed with instant setup and teardown o Eliminate recurring Cloud costs when Cloud is not in use - Use Spot Instances to lower Cloud cost o If the spot instance goes away, the job will be moved to another instance and continue from a checkpoint - 10x cost/performance better than any competition o Performance will be on par of better than on-premises runtimes - Accelerated data transfer 20x better than Linux file transfer o WAN performance feels like LAN performance o File transfer speed over WAN will approach RDMA levels but without its inherent limitations Our patented software uses the same EDA flow. #EDA #Innovation #Productivity #CloudBursting #DigitalTransformation

What if you can burst 500+?EDA simulation jobs to the Cloud for under $10? Spillbox’s cloud bursting and Altair’s rapid scaling solution running Metrics simulation #hybrid #cloud #semiconductor #EDA

Spillbox: An AI-Powered Hybrid Cloud Solution now! Spillbox, the pioneer of Instant and True Hybrid Cloud, now introduces predictive prefetching capability to its hybrid cloud caching solution. With advanced AI, Spillbox predicts data access patterns, making on-premise data available in the cloud just before application access. While data caching technology is widely used for efficient data access, prefetching data before access has been non-existent in real-life applications—until now. Spillbox's breakthrough predictive prefetching technology, combined with existing caching solutions and the industry's fastest TCP/IP data transfer over WAN, eliminates hybrid cloud performance impacts due to large WAN latency. Experience the future of hybrid cloud with Spillbox and transform your cloud operations today! Reach us at [email protected]. #hybridcloud #cloud #semiconductor #EDA #HPC

Spillbox: Your Reliable Partner! Are you a startup or small semiconductor company struggling to leverage tool vendors' cloud solutions because your on-premise storage vendor isn't supported? Are you locked into tool vendors' cloud solutions and unable to find a unified, seamless solution for all your tools? No matter which on-premise storage solution you use, which tools you choose, or which cloud vendor you prefer, Spillbox's Adaptive Cloud has you covered! We empower you to fully leverage the cloud in any situation. #cloud #hybridcloud #hpc #semiconductor

Spillbox's Adaptive Cloud: The Solution to True Hybrid Cloud Challenges Traditional true hybrid clouds struggle to meet EDA Cloud demands due to high latency WAN data synchronization, which severely impacts performance. Current true hybrid cloud solutions attempt to address this by moving only necessary data, caching in the cloud with incremental updates, and dividing two-way sync volumes. However, these methods fail to provide sufficient performance improvements, resulting in price/performance that are at least 10 times higher than desired. Spillbox's adaptive hybrid cloud overcomes true hybrid?cloud limitations by addressing its shortcomings. True hybrid cloud customers are now migrating to adaptive cloud. For more information, please reach out to us at?[email protected]. #hybridcloud #cloud #semiconductor #EDA

Spillbox: Improving Semiconductor Efficiency by Unlocking Unused CPU Cores In the fast-paced world of semiconductor technology, efficient use of resources is paramount. The industry is grappling with a common yet costly problem: the underutilization of CPU cores due to memory constraints. Spillbox solution is also designed to optimize CPU and memory usage, ensuring no resources go to waste. The Challenge: Memory Constraints Leading to Idle CPU Cores In semiconductor applications, workloads typically demand substantial amounts of memory, often ranging from 4GB to 16GB per CPU core. Configurations with even higher memory per core are rare and come at a premium. When a workload requires more memory per core than a host machine can provide, the system reserves all available memory before utilizing all CPU cores. This results in many cores remaining idle, a significant inefficiency in resource utilization. Moreover, users often face uncertainty about the precise memory requirements of their workloads before execution. Maintaining exact memory needs for each test is challenging, as memory usage can vary widely among tests. A small fraction of tests might demand disproportionately large amounts of memory, dictating the memory configuration for all tests in a run. Consequently, this mismatch leads to two primary issues: 1.?????Hosts with low memory per core have many unused CPUs. 2.?????Hosts with high memory per core see large amounts of unused memory due to smaller jobs. Users, aiming to avoid job failures, tend to overestimate their memory needs, leading to either CPU wastage or memory wastage. The Solution: Spillbox Spillbox addresses these inefficiencies by dynamically managing memory and CPU resources. It allows jobs to start on hosts with lower memory per core and seamlessly migrates them to hosts with higher memory per core when they approach their memory limits. This innovative approach ensures that: 1.?CPU Cores are Fully Utilized: By initially running jobs on lower memory/core hosts, Spillbox prevents CPU cores from remaining idle. 2.?Memory is Optimally Allocated: Jobs are only moved to higher memory/core hosts when necessary, reducing the amount of unused memory. Benefits of Spillbox 1.?????Cost Efficiency: By optimizing resource usage, Spillbox significantly reduces the need for over-provisioning costly high-memory/core hosts. 2.?????Enhanced Performance: Efficient memory management leads to better overall system performance and faster job completion times. 3.?????Scalability: Spillbox's dynamic migration capability ensures that it can handle varying workloads and adapt to different resource demands in real-time. By enabling the efficient use of millions of unused CPU cores, Spillbox not only enhances performance but also drives significant cost savings. Embrace Spillbox and step into a future of optimized, efficient semiconductor operations.

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"To do something worthwhile, it takes time". This insight, shared by one of our FPGA customers, resonates deeply as we've diligently refined our product. After five years of relentless effort, we're thrilled to introduce three groundbreaking solutions: 1. EDABoost: Supercharge EDA tool performance in local Datacenters by up to 20% to 4X. 2. EDABridge: Harness idle resources in remote data centers for optimal efficiency 3. EDABridge+: Seamlessly leverage the Cloud during peak demand Visit?www.spillbox.io?to discover how our innovations can transform your workflow. Chinmayee Dash Ron Valenzuela Suraj Athi @ramah subbiah Arjun Kumar RA Dheena Dayalan S ASHWIN R Arun Ramachandran Jaideep S.

Technology is now ready to keep your Hybrid Cloud setup parked and ready to go! - No recurring costs when not in use - Extra workload automatically migrate to the Cloud during peak times if you decide to use - Hybrid Cloud can be set up in a day by anyone in the organization Prerequisite: VPN to a cloud provider Get ready for the Automated and Free Hybrid Cloud Setup, launching on Feb 1st! Enterprises, get set to elevate your capabilities!"