Chapter 10. Multi-Server and Multi-Site Deployments

Table of Contents

Overview
Deployment Examples
Comparison Table
Further Resources
Central Reports
Overview
Prerequisites for Central Reports
Setting up Central Reports
Running Central Reports

Overview

The simplest PaperCut deployment is a centralized model with a single server hosting the print queues and the PaperCut application. PaperCut also supports multi-server deployment models, and it is important to consider your infrastructure and environment when deciding which deployment model to use.

For customers with more than one site, or a single site with multiple print servers, there are a number of ways to approach deployment of PaperCut and of your print servers. As PaperCut is licenced according to the number of users and not the number of servers, there is no licensing cost impact to choosing a particular deployment model. In a multi-server environment, the same PaperCut licence applies across all servers, and the cost is based on the total number of users.

Deployment Examples

Scenario A - 1 site, multi server

Customer has 1000 users and 1 office. They choose multi server deployment because:

  • They wish to distribute the load and management of print queues.

  • The Application Server is separated from the Print Server(s), giving more precise control over load.

Multi-Server and Multi-Site Deployments Multi Site/Multi Print Server deployment

Figure 10.1. Multi-Server and Multi-Site Deployments Multi Site/Multi Print Server deployment

Scenario B - multi site, single server

Customer has 3000 users and 2 offices. They choose single server deployment because:

  • They already have a single central print server.

  • They have a highly available WAN with sufficient bandwidth to support print document transfer between offices.

  • They do not wish to increase the number of servers or server maintenance overhead.

Multi-Server and Multi-Site Deployments Single Server deployment

Figure 10.2. Multi-Server and Multi-Site Deployments Single Server deployment

Scenario C - multi site, multi print server

Customer has 3000 users and 5 offices. They choose multi-print-server deployment because:

  • This is their current pre-PaperCut configuration.

  • They have a highly available WAN but insufficient bandwidth to transfer print documents - site-local print servers minimize bandwidth requirements.

Multi-Server and Multi-Site Deployments Multi Site/Multi Print Server deployment

Figure 10.3. Multi-Server and Multi-Site Deployments Multi Site/Multi Print Server deployment

Scenario D - multi site, multi Application Server

Customer has multiple sites and an unreliable WAN. They choose multi-PaperCut-server deployment because:

  • They don't have a lot of spare bandwidth.

  • They need Find-Me printing across a fleet of MFDs (which require a continuous connection to the app server).

  • They wish to ensure that administration changes at one site do not adversely affect another site.

  • They wish to use staged update procedures, piloting on one site before wider rollout.

  • They need consolidated print reporting across all servers.

Multi-Server and Multi-Site Deployments Multi Site/Multi PaperCut Server deployment

Figure 10.4. Multi-Server and Multi-Site Deployments Multi Site/Multi PaperCut Server deployment

Scenario Variations

All of these scenarios may be complemented with other approaches to address high availability, resilience and scalability, including:

Comparison Table

The following table should assist with comparing deployment architectures. Different models offer different benefits and challenges. The key is to select the model that addresses your primary requirements, and to understand any constraints that may need to be managed in your environment.

Deployment typeBenefitsConsiderations
1 site, multi server
  • Printing load distribution

  • Central Application Server administration

  • Removes single-point sensitivity at print server layer

  • Multiple print servers to manage

Multi site, single server
  • Central administration

  • Simple deployment

  • Simple user management

  • Simple queue and device management

  • Job roaming across sites (Find-Me)

  • Requires robust WAN

  • Least complex setup

Multi site, multi print servers
  • Central administration

  • Simple user management

  • Reduced WAN traffic

  • Reflects commonly used architectures

  • Job roaming across sites (Find-Me)

  • Requires robust WAN

  • Requires more servers

  • Decentralised queue management

  • Multiple find-me queues

  • More complex setup

Multi site, multi Application Servers
  • Doesn't require robust WAN

  • Enables decentralised and parallel deployment and setup

  • Decentralised administration

  • Enables rolling updates

  • Consolidated reporting is available

  • Each site requires an independent implementation

  • Overall setup for all sites will require more time

  • No job roaming across sites (Find-Me)

Table 10.1. Deployment model comparisons

Further Resources

For further details of setup for each scenario, please refer to the following resources. and .

Scenario B - multi site, single server