Fix broken link to VMotion blog post

src/current/_includes/v24.1/faq/clock-synchronization-effects.md

@@ -2,7 +2,7 @@ CockroachDB requires moderate levels of clock synchronization to preserve data c
 
 Regardless of clock skew, [`SERIALIZABLE`]({% link {{ page.version.version }}/demo-serializable.md %}) and [`READ COMMITTED`]({% link {{ page.version.version }}/read-committed.md %}) transactions both serve globally consistent ("non-stale") reads and [commit atomically]({% link {{ page.version.version }}/developer-basics.md %}#how-transactions-work-in-cockroachdb). However, skew outside the configured clock offset bounds can result in violations of single-key linearizability between causally dependent transactions. It's therefore important to prevent clocks from drifting too far by running [NTP](http://www.ntp.org/) or other clock synchronization software on each node.
 
-In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, see [this blog post](https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
+In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, refer to [this blog post](https://web.archive.org/web/20210420062611/https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
 
 {{site.data.alerts.callout_danger}}
 In CockroachDB versions prior to v22.2.13, and in v23.1 versions prior to v23.1.9, the [`--clock-device`](cockroach-start.html#general) flag had a bug that could cause it to generate timestamps in the far future. This could cause nodes to crash due to incorrect timestamps, or in the worst case irreversibly advance the cluster's HLC clock into the far future. This bug is fixed in CockroachDB v23.2.

src/current/_includes/v24.3/faq/clock-synchronization-effects.md

@@ -2,7 +2,7 @@ CockroachDB requires moderate levels of clock synchronization to preserve data c
 
 Regardless of clock skew, [`SERIALIZABLE`]({% link {{ page.version.version }}/demo-serializable.md %}) and [`READ COMMITTED`]({% link {{ page.version.version }}/read-committed.md %}) transactions both serve globally consistent ("non-stale") reads and [commit atomically]({% link {{ page.version.version }}/developer-basics.md %}#how-transactions-work-in-cockroachdb). However, skew outside the configured clock offset bounds can result in violations of single-key linearizability between causally dependent transactions. It's therefore important to prevent clocks from drifting too far by running [NTP](http://www.ntp.org/) or other clock synchronization software on each node.
 
-In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, see [this blog post](https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
+In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, refer to [this blog post](https://web.archive.org/web/20210420062611/https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
 
 {{site.data.alerts.callout_danger}}
 In CockroachDB versions prior to v22.2.13, and in v23.1 versions prior to v23.1.9, the [`--clock-device`](cockroach-start.html#general) flag had a bug that could cause it to generate timestamps in the far future. This could cause nodes to crash due to incorrect timestamps, or in the worst case irreversibly advance the cluster's HLC clock into the far future. This bug is fixed in CockroachDB v23.2.

src/current/_includes/v25.1/faq/clock-synchronization-effects.md

@@ -2,7 +2,7 @@ CockroachDB requires moderate levels of clock synchronization to preserve data c
 
 Regardless of clock skew, [`SERIALIZABLE`]({% link {{ page.version.version }}/demo-serializable.md %}) and [`READ COMMITTED`]({% link {{ page.version.version }}/read-committed.md %}) transactions both serve globally consistent ("non-stale") reads and [commit atomically]({% link {{ page.version.version }}/developer-basics.md %}#how-transactions-work-in-cockroachdb). However, skew outside the configured clock offset bounds can result in violations of single-key linearizability between causally dependent transactions. It's therefore important to prevent clocks from drifting too far by running [NTP](http://www.ntp.org/) or other clock synchronization software on each node.
 
-In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, see [this blog post](https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
+In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, refer to [this blog post](https://web.archive.org/web/20210420062611/https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
 
 {{site.data.alerts.callout_danger}}
 In CockroachDB versions prior to v22.2.13, and in v23.1 versions prior to v23.1.9, the [`--clock-device`](cockroach-start.html#general) flag had a bug that could cause it to generate timestamps in the far future. This could cause nodes to crash due to incorrect timestamps, or in the worst case irreversibly advance the cluster's HLC clock into the far future. This bug is fixed in CockroachDB v23.2.

src/current/_includes/v25.3/faq/clock-synchronization-effects.md

@@ -2,7 +2,7 @@ CockroachDB requires moderate levels of clock synchronization to preserve data c
 
 Regardless of clock skew, [`SERIALIZABLE`]({% link {{ page.version.version }}/demo-serializable.md %}) and [`READ COMMITTED`]({% link {{ page.version.version }}/read-committed.md %}) transactions both serve globally consistent ("non-stale") reads and [commit atomically]({% link {{ page.version.version }}/developer-basics.md %}#how-transactions-work-in-cockroachdb). However, skew outside the configured clock offset bounds can result in violations of single-key linearizability between causally dependent transactions. It's therefore important to prevent clocks from drifting too far by running [NTP](http://www.ntp.org/) or other clock synchronization software on each node.
 
-In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, see [this blog post](https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
+In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, refer to [this blog post](https://web.archive.org/web/20210420062611/https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
 
 {{site.data.alerts.callout_danger}}
 In CockroachDB versions prior to v22.2.13, and in v23.1 versions prior to v23.1.9, the [`--clock-device`](cockroach-start.html#general) flag had a bug that could cause it to generate timestamps in the far future. This could cause nodes to crash due to incorrect timestamps, or in the worst case irreversibly advance the cluster's HLC clock into the far future. This bug is fixed in CockroachDB v23.2.

src/current/_includes/v25.4/faq/clock-synchronization-effects.md

@@ -2,7 +2,7 @@ CockroachDB requires moderate levels of clock synchronization to preserve data c
 
 Regardless of clock skew, [`SERIALIZABLE`]({% link {{ page.version.version }}/demo-serializable.md %}) and [`READ COMMITTED`]({% link {{ page.version.version }}/read-committed.md %}) transactions both serve globally consistent ("non-stale") reads and [commit atomically]({% link {{ page.version.version }}/developer-basics.md %}#how-transactions-work-in-cockroachdb). However, skew outside the configured clock offset bounds can result in violations of single-key linearizability between causally dependent transactions. It's therefore important to prevent clocks from drifting too far by running [NTP](http://www.ntp.org/) or other clock synchronization software on each node.
 
-In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, see [this blog post](https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
+In very rare cases, CockroachDB can momentarily run with a stale clock. This can happen when using vMotion, which can suspend a VM running CockroachDB, migrate it to different hardware, and resume it. This will cause CockroachDB to be out of sync for a short period before it jumps to the correct time. During this window, it would be possible for a client to read stale data and write data derived from stale reads. By enabling the `server.clock.forward_jump_check_enabled` [cluster setting]({% link {{ page.version.version }}/cluster-settings.md %}), you can be alerted when the CockroachDB clock jumps forward, indicating it had been running with a stale clock. To protect against this on vMotion, however, use the [`--clock-device`](cockroach-start.html#general) flag to specify a [PTP hardware clock](https://www.kernel.org/doc/html/latest/driver-api/ptp.html) for CockroachDB to use when querying the current time. When doing so, you should not enable `server.clock.forward_jump_check_enabled` because forward jumps will be expected and harmless. For more information on how `--clock-device` interacts with vMotion, refer to [this blog post](https://web.archive.org/web/20210420062611/https://core.vmware.com/blog/cockroachdb-vmotion-support-vsphere-7-using-precise-timekeeping).
 
 {{site.data.alerts.callout_danger}}
 In CockroachDB versions prior to v22.2.13, and in v23.1 versions prior to v23.1.9, the [`--clock-device`](cockroach-start.html#general) flag had a bug that could cause it to generate timestamps in the far future. This could cause nodes to crash due to incorrect timestamps, or in the worst case irreversibly advance the cluster's HLC clock into the far future. This bug is fixed in CockroachDB v23.2.