- How to Synchronize Distributed Cache with Oracle Database using OracleCacheDependency?
- How to Replicate a Distributed Cache across the WAN
- How to Handle ASP.NET Session State Storage in Multi-Site Deployments
- How to Use Custom Dependency in Distributed Cache?
- How to Configure .NET 4.0 Cache to use a Distributed Cache?
- Javed on How Compact Object Serialization Speeds up Distributed Cache?
- Iqbal Khan on How to Synchronize Distributed Cache with Database with CLR Stored Procedures
- .NET Development Company on How to Cache ASP.NET View State in a Distributed Cache?
- Naty on How Cache Dependency Manages Data Relationships?
- Iqbal Khan on Configure ASP.NET Session State for Web Farms
- .NET 4.0 Cache
- Aggregate Functions
- ASP .NET performance
- ASP.NET Cache
- ASP.NET Output Cache
- Binary Serialization
- Bridge Topology
- Cache dependency
- client cache
- CLR procedures
- Continuous Query
- Custom Dependency
- data sharing
- Data Sharing with Distributed Cache
- Database synchronize
- Distributed Cache
- Distributed Cache Replication
- Distributed caching
- Distributed events
- Entity Framework
- Hibernate Second Level Cache
- Java Distributed Cache
- JSP Session Persistence
- LINQ Query
- Object Query
- Object Versions Sharing
- Oracle Cache Dependency
- SQL cache dependency
Tag Archives: Distributed Cache
Multi-tier .NET applications are the real trend now-a-days. These .NET applications make heavy use of the database. But as you know the database trips are very expensive and it quickly becomes a scalability bottleneck. Therefore, many people are starting to … Continue reading
ASP.NET has become really popular for developing high traffic web applications. And, many of these applications are deployed to multiple geographical locations. This is done either for disaster recovery purposes or for handling regional traffic by having the ASP.NET application … Continue reading
Today, web applications are increasingly using distributed cache for boosting performance and scalability by caching frequently used data so as to reduce expensive database trips. Distributed cache spans and synchronizes over multiple cache servers to let you scale in a … Continue reading
In-memory distributed cache today has become really popular for applications running in a multi-server environment because it helps improve application scalability and performance. Until .NET Framework 3.5 there was ASP.NET Cache object available only for web application under System.Web.Caching namespace. … Continue reading
ASP.NET today is widely used for high traffic web applications that can need to handle millions of users and are deployed in load balanced web farms. One important part of ASP.NET is View State that many applications use. ASP.NET View … Continue reading
Today’s applications need to scale and handle extreme levels of transaction loads. But, databases are unable to scale and therefore become a bottleneck. To resolve this, many people are turning to in-memory distributed cache because it scales linearly and removes … Continue reading
Today many organizations use .NET and Java technologies to develop different high traffic applications. At the same time, these applications not only have a need to share data with each other but also want to support runtime sharing of different … Continue reading
ASP.NET Output Cache is a mechanism provided by Microsoft that allows you to keep an in memory copy of the rendered content of ASP.NET page. Due to this, ASP.NET is able to serve the subsequent user requests for this page … Continue reading
It is a fact of life that organizations have different applications using different versions of the same classes because they were developed at different points in time and are unable to keep up. And, it is also a fact of … Continue reading
Today, distributed cache is widely used to achieve scalability and performance in high traffic applications. Distributed cache offloads your database servers by serving cached data from in-memory store. In addition, few distributed caches also provide you SQL like query capability … Continue reading