Dan Klimke serves as Director, Product Marketing for NetAlly. His 25+ years of experience in the premise cabling and network performance analysis segments of the networking business (first at Leviton Manufacturing, Co. Inc., then at Fluke Networks, Inc., and NETSCOUT Systems, Inc.) provides a deep perspective on the industry and evolution of technologies.
“This win validates the EtherScope nXG Portable Network Expert’s standing as a best-of-breed device that puts a powerful WiFi and LAN testing and analysis suite conveniently at the fingertips of network engineers.”
– James Kahkoska, CTO – NetAlly
During this pandemic, with so many users working remotely, many challenges of remote site troubleshooting arise, such as: • Lack of expertise at the remote
“This pace of innovative releases underscores our ability to focus on our core customers and quickly develop products that provide the visibility network professionals require.”
– Mike Parrottino, CEO – NetAlly
Geoffrey Kempenich, Managing Director at Profitap, explains, “Successful packet analysis requires these two key steps: access to the right packets, and capturing at full line-rate. Profitap Booster provides the access, and the NetAlly EtherScope nXG delivers on capture – up to full 10Gbps in a powerful, compact analyzer.”
It seems that most network professionals tend to collect a wide variety of point tools for various purposes. From simple ping and port scanners to
“We are excited to be expanding our distribution channel by adding SYNNEX to better serve our resellers that comprise our Alliance Partner Program. We can both look forward to expanding our market reach, especially alongside complementary vendors and products,” said NetAlly CEO Mike Parrottino
Today, PoE is powering many mission-critical devices, including VoIP systems, WiFi networks, surveillance systems, digital lighting, building access, IoT devices, digital signage, etc. As with bandwidth, PoE has also increased, evolving from 12W to 25W.
Ping is a protocol used to verify device availability, response time, and packet loss in a network by sending ICMP (Internet Control Messaging Protocol) Echo Request frames to an end network device and listening for the Echo Reply frames from the device. In other words, if the end device receives and returns the Ping, then you have connectivity to the device.