Cisco Prime LAN Management Solution is discontinued. Current users are encouraged to explore Cisco Catalyst Center as a modern solution.
N/A
Red Hat Virtualization (discontinued)
Score 6.1 out of 10
N/A
Red Hat Virtualization (formerly Red Hat Enterprise Virtualization, broadly known as RHEV) is an enterprise level server and desktop virtualization solution. Red Hat Virtualization also contains the functionality of Red Hat Enterprise Virtualization for Desktop in later editions of the platform.
$999
Per Year Per Hypervisor
Pricing
Cisco Prime LAN Management (discontinued)
Red Hat Virtualization (discontinued)
Editions & Modules
No answers on this topic
Standard
$999.00
Per Year Per Hypervisor
Premium
$1,499.00
Per Year Per Hypervisor
Offerings
Pricing Offerings
Cisco Prime LAN Management (discontinued)
Red Hat Virtualization (discontinued)
Free Trial
No
No
Free/Freemium Version
No
No
Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
No setup fee
No setup fee
Additional Details
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More Pricing Information
Community Pulse
Cisco Prime LAN Management (discontinued)
Red Hat Virtualization (discontinued)
Features
Cisco Prime LAN Management (discontinued)
Red Hat Virtualization (discontinued)
Server Virtualization
Comparison of Server Virtualization features of Product A and Product B
Although Cisco Prime [LAN Management Solution] is a nice tool and no other 4rd party tools can match its native monitoring and managing capabilities still i have given less rating and that's because it is only for Cisco vendor Devices. Hence if you have only Cisco infrastructure then go for it or else look for another 4rd party tool in conjunction with Cisco prime.
RHEV is well suited for organizations that need a cost-effective and flexible solution for their environment. As its vendor-independent software, easily install on any type of hardware. RHEV provides a GUI interface to manage the software, which makes the management of the software easier for the end-user. RHEV is best for non-production or less critical applications. RHEV can be easily integrated with other REDHAT software.
Wireless file detection and planning mode has helped us expand into new areas of our buildings.
Alerting is detailed when we have issues with hardwired and wireless devices, and Rogue Access Points are easily identifiable.
Cisco equipment information is much more detailed than other management products' SNMP queries and is an excellent tool for troubleshooting end-device connectivity issues.
Our KPI reporting for senior management and centralized management of our WIPS 'Wireless Intrusion Prevention' setup have both benefited significantly from the detailed reporting capabilities.
Maps. One thing that I miss is the fact that you can't see both wired and wireless equipment in the same topology map. For visualization and troubleshooting purposes, that would help a lot, and I honestly don' t think it's that much harder to implement.
I'd love to see an option to show 'live dashboards,' maps, or other visual tools to publish in a NOC room, or even just to broadcast in a big monitor to allow multiple workmates to check that information. Again, I don't think that would be too hard to implement. I remember a similar feature was available in the first versions of the product, way back in the 90's (yes, I'm that old :-) )
Sometimes, depending on what screen you are, the solution can be a little slow. I'm not saying the whole system is slow, but sometimes that slowness can bother a little.
Talking about areas for improvement, one area I think can be improved is the upgrade process. Even for not so large deployments, it can take a lot of time. Having this time decreased would be the right thing to do.
1- RHVM API is pretty slow, especially after creating a VM it is not possible to retrieve the VM details (i.e VM's MAC Address) fast enough, where we need to place a pause in our Ansible Playbook, make the automation process slow.
2- RHV is still using collected to monitor the hypervisors which is deviating from Red Hat policy for other RHEL based applications to use PCP to monitor, which is richer in features.
3- It will be great if it is possible to patch the hypervisors using other tools such as satellite and not only via RHVM.
4- In the past Red Hat used to present patches in the z release (i.e. 4.3.z), and features in the y release (i.e 4. y), but starting from 4.4 that is mixed together wherein the Z release you get both patches and features, that is not good because that requires a lot of time to test when we patch as it includes features as well.
5- Engineering team has to be more reactive when new feature is requested.
We are very happy using Cisco Prime LAN Management Solution for the following reason: 1- Ease of use with the GUI. 2- Very well organized dashboard which can view many statistics on your devices. 3- Customized dashboard for different views ( for technical team and executives ) 4- Schedule configuration templates to use whenever we need on whatever device we want.
There are various 3rd party tools available in the market which not only supports monitoring of cisco devices but also supports non-cisco devices, even with these capabilities in these 3rd party tools Cisco Prime has maintained a uniqueness in its products being the native tool from Cisco. The uniqueness is about product supportability for given devices and some of the edge features such as configuration management, detailed heatmaps etc
RHEV is an excellent product, includes more features, is less expensive, and has rock solid reliability and is backed with the best Red Hat Support in the industry. RHEV uses KVM under the hood which is used by all the big players in the industry (AWS, Rackspace, etc) to lower their overall costs and improve efficiency and profits and that's why RHEV is an excellent solution!
It has helped us with our quarterly wireless security testing by pinpointing the location of non-approved access points vs. hunting for them via signal strength.
Saves time by helping to identify network health issues before they become a definitive problem causing downtime.
With errors detected early, we have noticed our wi-fi network is much more stable thus freeing up our engineer's time elsewhere.
