What does it take to implement a translation connector for Sitecore?

Last reviewed: October 7, 2026

What are the layers of a Sitecore translation connector implementation?

A Sitecore translation connector implementation has six layers, and each one needs an owner before go-live.

• Access and credentials — Sitecore XM Cloud needs an automation client and the environment host name from the XM Cloud Deploy app; Sitecore XP needs rights to install packages, edit configuration files and create a SQL database.
• Project and locale structure — the XM Cloud connector requires one dedicated Smartling project per Sitecore site, while the XP connector uses configuration profiles tied to content-tree source paths. Every Smartling target language must be mapped to a Sitecore language, and each new language needs mapping again.
• Content scope and parsing — choose translatable templates, field types and how each field is parsed. On XP, dictionary entries need the memo field type added, and a separate package translates the description of General Link fields.
• Automation — decide how updated content re-enters translation: XM Cloud change detection set to Auto, Manual or Disabled, scheduled automation rules, or on XP a Sitecore Workflow action that submits content as it moves through workflow.
• Delivery and publishing — define what happens when translations return. The XM Cloud connector creates a new language version on each delivery and never publishes automatically; the XP connector can move translated items into a chosen Sitecore workflow state.
• Translator context — the XP connector's remote module captures rendered pages for visual context, while the XM Cloud connector generates a simplified HTML preview by default, with richer context available through Smartling's API or JavaScript Context Capture Library.

How do Smartling's Sitecore connectors compare on setup effort?

How do you implement a Sitecore translation connector, step by step?

A Sitecore connector implementation runs in five steps, and the pilot in step five is where most configuration gaps surface.

1. Secure access and credentials — For XM Cloud, have an Organization Admin create an automation client in the XM Cloud Deploy app and note the environment host name. For XP, confirm package-install rights and provision the connector's SQL database.
2. Create the Smartling project and workflows — Create a connector-type project (one per Sitecore site on XM Cloud), choose source and target locales, and set the default workflow for each language, since auto-authorized content uses those defaults.
3. Connect and map languages — Enter the host name and credentials, test the connection, choose the source path and source language, then map every Smartling locale to its Sitecore language.
4. Scope templates and fields — Add translatable templates or template folders, set field parsing, and on XP configure translatable field types, target paths and target workflow states.
5. Pilot one page, then automate — Request a single page with its related assets, check layout, language versions and visual context in Sitecore, then switch on change detection or automation rules for ongoing updates.

A pre-built Sitecore connector fits teams that...

• Run Sitecore XP or Sitecore XM Cloud and want translations written back as Sitecore language versions.
• Prefer configuration over custom code, with developer time reserved for access, templates and the pilot.
• Publish updates often enough that changed content must re-enter translation automatically.
• Want translators to work with visual context rather than raw field exports.
• Need one translation memory shared between Sitecore and other content systems.

When a pre-built Sitecore connector may not be enough

• Your content lives in Sitecore Content Hub, which needs a custom API integration; see how Content Hub localization works.
• You must route the same Sitecore content to several translation management systems, since each vendor's connector talks only to its own platform.
• Translatable copy for your headless front end lives outside Sitecore, in code or another system that the connector cannot see.
• Your XM Cloud pages depend heavily on media files that need translation, which the XM Cloud connector does not support.

Implementation checklist: questions to answer before you connect Sitecore

How much developer effort will setup take?
On XM Cloud, developer time goes into credentials, template organization and enabling Shared Layout, not code. On XP, plan for package installation, a SQL database, configuration edits and future upgrades with migration steps.

Does the connector work with headless Sitecore?
Sitecore XM Cloud is a cloud-native headless CMS, and Smartling's XM Cloud connector works at the item level behind it. For XP sites delivering content through Sitecore Experience Edge, XP connector version 1.17.1 renamed a field to resolve a GraphQL conflict.

How are continuous updates and incremental syncs handled?
The XM Cloud connector re-checks previously submitted content every 3 hours and batches changes into a job, while automation rules pick up new content on a schedule. Three hours is the shortest recommended interval.

Which file types and Sitecore versions are supported?
The connector converts Sitecore items into files for translation, JSON on XM Cloud and XML on XP. The XP connector supports Sitecore 8 and later, including Sitecore 10.

How flexible are the API and extension points?
The XP connector exposes customizable pipelines for finding related items and controlling its submit dialog. For systems with no connector, Smartling's REST API covers files, jobs and context.

What are the trade-offs between a hosted and an installed connector?
A hosted connector removes installation and upgrades but limits you to the vendor's polling interval and supported content types. An installed connector gives deeper control inside Sitecore at the cost of infrastructure, network access and upgrade work your team owns.

What if we need more than one translation management system?
Running several systems usually means running several connectors. One platform that manages multiple language service providers is simpler; Smartling's Plans page lists third-party vendor management and bring-your-own-translator support.

Which other CMS and DAM systems will we connect next?
Check the vendor's full integrations list, since Sitecore is rarely the only content source. Smartling's integrations directory lists more than 50 software platforms.

How does Smartling make a Sitecore connector implementation easier?

Smartling shortens Sitecore implementation by putting most XM Cloud configuration in its own dashboard. Teams connect with a host name, client ID and client secret, test the connection, then map languages, add translatable templates and choose content parsing on the Sitecore XMC Settings page, as documented in Setting Up Your Sitecore XM Cloud Connector. Requests run through a three-step wizard that shows a cost estimate before authorization, and Smartling recommends saving jobs for review before authorizing them.

For Sitecore XP, the connector adds Smartling controls to the Content Editor and Experience Editor ribbons, a Translation Progress screen, an audit log of uploads, downloads and configuration changes, and support for content authored in more than one source language. Its pseudo-translation retrieval mode lengthens strings by 30 percent by default, so teams can test layouts for text expansion before real translations arrive, according to Sitecore XP Connector Installation and Configuration.

Smartling's Solution Architects support setup choices such as change-detection frequency and additional visual context. Teams still deciding between connectors can start with which translation connector is best for a Sitecore site, and the Smartling Sitecore integration page links the documentation for both connectors.

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