Last week, we held our first webinar on “Docker for Windows Server 2016” to a record number of attendees, showcasing the most exciting new Windows Server 2016 feature – containers powered by Commercially Supported Docker Engine.
Docker CS Engine and containers are now available natively on Windows and supported by Microsoft with Docker’s Commercially Supported (CS) Engine included in Windows Server 2016.Now developers and IT pros can begin the same transformation for Windows-based apps and infrastructure to reap the benefits they’ve seen with Docker for Linux: enhanced security, agility, and improved portability and freedom to run applications on bare metal, virtual or cloud environments.
Watch the on-demand webinar to learn more about the technical innovations that went into making Docker containers run natively on Windows and how to get started.
Webinar: Docker for Windows Server 2016
Here are just a few of the most frequently asked questions from the session. We’re still sorting through the rest and will post them in a follow up blog.
Q: How do I get started?
A: Docker and Microsoft have worked to make getting started simple, we have some great resources to get you started whether you’re a developer or an IT pro:
Broadcom released some information about the new Tomahawk II chip last week in a press release. For those who follow hardware, there are some interesting points worth considering here.
First, the chip supports 256x25g SERDES. Each pair of 25G SERDES can be combined into a single 50g port, allowing the switch to support 128 50g ports. Sets of four SERDES can be combined into a single 100g port, allowing the switch to support 64 100g ports.
Second, there is some question about the table sizes in this new chip. The press release notes the chip has “Increased On-Chip Forwarding Databases,” but doesn’t give any precise information. Information from vendors who wrap sheet metal around the chipset to build a complete box don’t seem to be too forthcoming in their information about this aspect of the new chip, either. The Tomahawk line has long had issues with its nominal 100,000 forwarding table entry limit, particularly in large scale data center fabrics and applications such as IX fabrics. We’ll simply have to wait to find out more about this aspect of the new chip, it seems.
Third, there is some question about the forwarding buffers available on the chip. Again, the Tomahawk Continue reading