Apply suggestions from code review

Co-authored-by: Pedro Sousa <[email protected]>

Author: marciocloudflare

src/content/docs/magic-transit/how-to/ipv6.mdx

@@ -34,7 +34,7 @@ Cloudflare transports IPv6 traffic over an IPv6-over-IPv4 GRE tunnel. Here is ho
 
 Since IPv6 works over an existing IPv4 tunnel you will need to choose either an existing IPv4 GRE tunnel or create a new one to test IPv6. All settings that apply to the IPv4 GRE tunnel apply to the IPv6 tunnel as well, except for any MSS clamping you might need to configure — refer to [MSS clamping recommendations](#mss-clamping-recommendations) below for more information.
 
-To test and set up IPv6 in the Cloudflare dashboard there is only one new field you need to fill out when creating a new IPv4 GRE tunnel or editing an existing one: **IPv6 Interface address**. Here, you enter one of the two IPv6 addresses from the `/127` subnet that Cloudflare automatically allocates for the GRE tunnel. The other, you need to enter in your router.
+To test and set up IPv6 in the Cloudflare dashboard there is only one new field you need to fill out when creating a new IPv4 GRE tunnel or editing an existing one: **IPv6 Interface address**. Here, you enter one of the two IPv6 addresses from the `/127` subnet that Cloudflare automatically allocates for the GRE tunnel. You need to enter the other IPv6 address in your router.
 
 To configure IPv6:
 
@@ -44,4 +44,4 @@ To configure IPv6:
 
 ### MSS clamping recommendations
 
-Customers using Magic Transit ingress-only traffic (DSR) should apply a TCP MSS clamp with a maximum of 1416 bytes to their edge router's transit ports to account for the larger IPv6 header.
+Customers using Magic Transit ingress-only traffic (DSR) should apply a TCP MSS clamp with a maximum of 1,416 bytes to their edge router's transit ports to account for the larger IPv6 header.