Receiver 13.10 for Linux
Release Date: Jun 20, 2018
Logging enhancements
Logging enhancements feature is an extension of Better logging I. Retail logging support is being introduced for the Connection Center, Graphics (thinwire), and End User Experience Monitoring (EUEM) modules. This enhancement helps users troubleshoot, and - in cases of complicated issues - facilitate the support team's job by using detailed logs.
For information about enabling retail logging, see Enabling retail logging. (hyperlink to be added)
Cryptographic update
This feature is an important change to the secure communication protocol. Cipher suites with the prefix TLS_RSA_ do not offer forward secrecy. These cipher suites are now generally deprecated by the industry. However, to support backward compatibility with older versions of XenApp and XenDesktop, Receiver for Linux has an option to enable these cipher suites. For more information, see Configuring deprecated cipher suites.(hyperlink to be added)
Multi-monitor layout persistence
This feature lets you save the position of a desktop session, and then relaunch it in the same position. This feature avoids the overhead of repositioning sessions at every launch. It empowers you to dynamically adjust and save the layout information across endpoints, thus optimizing the end user experience in multi-monitor environments. For more information, see Configuring multi-monitor layout persistence.
SoC SDK update
Customers who use the SoC SDK might be required to update the plug-ins for H.264-based session graphics.
V3 Authentication Protocol
“V3” authentication indicates the third major definition of a logon protocol to NetScaler Gateway that is supported by Citrix Receiver.
V3 is the standard logon protocol for NetScaler Gateway in combination with the “N-Factor” authentication policy framework that makes authentication steps and the associated credential collection forms completely configurable. Native Receivers can support this protocol by building on the Forms logon support already implemented for StoreFront. The web logon page for NetScaler Gateway and Traffic Manager virtual servers also consume this protocol using code shared with Receiver for Linux.
For more information, see SAML Authentication and Knowledge Center article NetScaler Authentication.
For more information, see Workspace configuration.
This dot release includes the gstreamer1 files.
- Thin clients with x86 and ARM architecture, repurposed PCs with supported Linux distributions
- Additional performance enhancements can be achieved using the Platform Optimization SDK
- For more information about Receiver for Linux, see the product documentation and refer Citrix Receiver feature matrix for the list of supported features
- Thin client partners can refer to the OEM guide for information on Receiver integration
- Use the support forum for reporting issues, questions and general discussion
- Virtual Channel SDK for Linux is available here. - Updated for 13.10!
- Citrix Receiver for Linux - Platform Optimization SDK is available here. - Updated for 13.10!
- Citrix Receiver for Linux - Certificate Identity Declaration SDK is available here. - Updated for 13.10!
- Citrix Receiver for Linux - Credential Insertion SDK is available is available here. - Updated for 13.10!
The difference between packages that offer support for Web Receiver and those that support self-service is that the latter packages include dependencies required for self-service in addition to those needed for the Web Receiver. Dependencies for self-service are a superset of those required for Web Receiver, but the files installed are identical.
If you only require Web Receiver support, or your distribution doesn’t have the necessary packages to support self-service then install the Web Receiver only package.
If your distribution allows, install Receiver from the Debian package or RPM package. These files are generally easier to use because they automatically install any required packages. If you want to control the installation location, install Receiver from the tarball package.
Receiver for Linux (x86_64)
- SHA-256 - 7F41375DBC714B749EBCD653F96A74DCB615A576DA0ADA8BEF92E2FD5D617291
Receiver for Linux (x86)
- SHA-256 - 7772CE22A799F2136A142AC3B8A8C204E67F5CCA40D5CCCAA05CC83651838615
Receiver for Linux (ARM HF)
- SHA-256 - CDCD1E2A0E9D8F1DC313CF9DE0013FC1645E847D86D89848059B243D408AAD75
Receiver for Linux Web client (x86_64)
- SHA-256 - 4D7ED4B3A439625C5D510380F4F1F33E233E8203F212878AF8F2A5A2830F8FC5
Receiver for Linux Web client (x86)
- SHA-256 - F9C3813D0185505CF03ADE733532D4999291C73AD3A976845231E1221E749750
Receiver for Linux Web client (ARM HF)
- SHA-256 - A320C400ED4C70FCA26C161F7852064437B1619B30038B4AF9D00CD4E8B95175
USB Support Package (x86_64)
- SHA-256 - 848D2D2551EAEB50AC161BF4BDB9AFE110DC9A5D2EBD548C01B3EB59E8176CCC
USB Support Package (x86)
- SHA-256 - 3F745B175727F12BA96E212FEB92D99D680C8ED410C7E8EF1CFEF08B8E6F19F3
USB Support Package (ARM HF)
- SHA-256 - 0DEDE770FA46CA55A5A1C9436DE3122569BB1E8631AD8375832722FDC7937756
Receiver for Linux (x86_64)
- SHA-256 - 94CC8497F5AF5267D176E2450B0F14A4DC54F4C23BD449CF6E388942AB77E585
Receiver for Linux (x86)
- SHA-256 - 448591D8735347FE670FBA5CFED765A3C1958AE8EF6707B6CFD8342FF9937243
Receiver for Linux Web client (x86_64)
- SHA-256 - 65A2255AEB8E26BD41A3E0259F1DAA27918F3E912A17F3EAEDB1E3AEC6B6A15C
Receiver for Linux Web client (x86)
- SHA-256 - 7C549D745D0A46F951131106600FB99BA6DAAEC3DCB1F0EA58F1A9E8F94E5ECD
Receiver for Linux (x86_64)
- SHA-256 - 43E534EE9EEDCEE2C11E1448DA7B6616D61DB33308EAD26BF013F7D7F7B3BDAF
Receiver for Linux (x86)
- SHA-256 - AEC0994F463B5F7EEB79CCCF1F6199BD9FE0F67DA577994B3BB0E5D068F75C2F
Receiver for Linux (x86_64)
- SHA-256 - 33D00F332D196AA084C6E01EDC10DD300F14A8AC08E3A94241FEC17830BA0659
Receiver for Linux (x86)
- SHA-256 - 13F601EFEFF13538BEAD6524C711CA03B68AE97F94355B4DB4D734989E7BFC85
Receiver for Linux Web client (x86_64)
- SHA-256 - FE9C89D17F8E67CEFF6254BFF7558ABD849146ACFFADB9DB8BCF9E6093A7A55C
Receiver for Linux Web client (x86)
- SHA-256 - 2CDCF9D87164E50AC670D90C86B69D9AE71B9C968578E945D6743AB21BE2848E
USB Support Package (x86_64)
- SHA-256 - 021B15CE0560F84522BD709E6E05BF686BD28B3B1824A7AB9CEA124FAAEF49AB
USB Support Package (x86)
- SHA-256 - CEB3EBC172B7DE53664D39C018F56EBBE3AE27FE8FD72356FC5B444E1C7C4AFE
Receiver for Linux (x86_64)
- SHA-256 - 7025688C7891374CDA11C92FC0BA2FA8151AEB4C4D31589AD18747FAE943F6EA
Receiver for Linux (x86)
- SHA-256 - 2DCA3C8EDED11C5D824D579BC3A6B7D531EAEDDCBFB16E91B5702C72CAE9DEE4
Receiver for Linux (ARM HF)
- SHA-256 - F543C7A956AFC4AD38577DCF1F2FE697AF3244F80EE4FF1C5B95391FC4C232C5
Support Resources
Important update about Citrix Receiver
Beginning August 2018, Citrix Receiver will be replaced by Citrix Workspace app. While you can still download older versions of Citrix Receiver, new features and enhancements will be released for Citrix Workspace app.
Citrix Workspace app is a new client from Citrix that works similar to Citrix Receiver and is fully backward-compatible with your organization’s Citrix infrastructure. Citrix Workspace app provides the full capabilities of Citrix Receiver, as well as new capabilities based on your organization’s Citrix deployment.
Citrix Workspace app is built on Citrix Receiver technology, and is fully backward compatible with all Citrix solutions.
For more information, please visit the Workspace app FAQ page.
Receiver for Linux enables users to access virtual desktops and hosted applications delivered by XenDesktop and XenApp from devices running the Linux operating system. Receiver for Linux is available in English, German, Spanish, French, Japanese, Simplified Chinese and Russian.