diff --git a/book/src/examples/batch-to-frames.md b/book/src/examples/batch-to-frames.md
index c99def1f..87aaa60e 100644
--- a/book/src/examples/batch-to-frames.md
+++ b/book/src/examples/batch-to-frames.md
@@ -8,9 +8,9 @@
 >
 > Steps and handling of types with respect to chain tip, ordering of frames, re-orgs, and
 > more are not covered by this example. This example solely demonstrates the most trivial
-> way to transform an individual [`SingleBatch`][batch] into [`Frame`][frame]s.
+> way to transform an individual [`Batch`][batch] into [`Frame`][frame]s.
 
-This example walks through transforming a [`SingleBatch`][single-batch] into [`Frame`][frame]s.
+This example walks through transforming a [`Batch`][batch] into [`Frame`][frame]s.
 
 Effectively, this example demonstrates the _encoding_ process from an L2 batch into the
 serialized bytes that are posted to the data availability layer.
@@ -20,19 +20,19 @@ serialized bytes that are posted to the data availability layer.
 The high level transformation is the following.
 
 ```
-SingleBatch -> decompressed batch data -> ChannelOut -> frames[] -> bytes[]
+Batch -> decompressed batch data -> ChannelOut -> frames[] -> bytes[]
 ```
 
-Given the [`SingleBatch`][single-batch], the first step to encode the batch
-using the [`SingleBatch::encode()`][encode-batch] method. The output bytes
+Given the [`Batch`][batch], the first step to encode the batch
+using the [`Batch::encode()`][encode-batch] method. The output bytes
 need to then be compressed prior to adding them to the
 [`ChannelOut`][channel-out].
 
 > [!NOTE]
 >
 > The [`ChannelOut`][channel-out] type also provides a method for adding
-> the [`SingleBatch`][single-batch] itself, handling encoding and
-> compression, but this method is not available yet.
+> the [`Batch`][batch] itself, handling encoding and compression, but
+> this method is not available yet.
 
 Once compressed using the helper `compress_brotli` method, the compressed
 bytes can be added to a newly constructed [`ChannelOut`][channel-out].
diff --git a/book/src/examples/frames-to-batch.md b/book/src/examples/frames-to-batch.md
index b5af3e33..597fdd11 100644
--- a/book/src/examples/frames-to-batch.md
+++ b/book/src/examples/frames-to-batch.md
@@ -8,17 +8,16 @@
 >
 > Steps and handling of types with respect to chain tip, ordering of frames, re-orgs, and
 > more are not covered by this example. This example solely demonstrates the most trivial
-> way to transform individual [`Frame`][frame]s into a [`SingleBatch`][batch] type.
+> way to transform individual [`Frame`][frame]s into a [`Batch`][batch] type.
 
-This example walks through transforming [`Frame`][frame]s into the [`SingleBatch`][single-batch]
-types.
+This example walks through transforming [`Frame`][frame]s into the [`Batch`][batch] types.
 
 ## Walkthrough
 
 The high level transformation is the following.
 
 ```
-raw bytes[] -> frames[] -> channel -> decompressed channel data -> SingleBatch
+raw bytes[] -> frames[] -> channel -> decompressed channel data -> Batch
 ```
 
 Given the raw, batch-submitted frame data as bytes (read in with the [`hex!` macro][hex]),
@@ -38,8 +37,8 @@ the frame data can taken from the [`Channel`][channel] using
 and needs to be decompressed using the respective compression algorithm depending on
 which hardforks are activated (using the `RollupConfig`). For the sake of this example,
 `brotli` is used (which was activated in the [Fjord hardfork][fjord]). Decompressed
-brotli bytes can then be passed right into [`SingleBatch::decode`][decode-batch]
-to wind up with the example's desired [`SingleBatch`][single-batch].
+brotli bytes can then be passed right into [`Batch::decode`][decode-batch]
+to wind up with the example's desired [`Batch`][batch].
 
 
 > [!Note]
diff --git a/crates/protocol/examples/batch_to_frames.rs b/crates/protocol/examples/batch_to_frames.rs
index ed3734f5..e9e98491 100644
--- a/crates/protocol/examples/batch_to_frames.rs
+++ b/crates/protocol/examples/batch_to_frames.rs
@@ -15,11 +15,10 @@
 use alloy_consensus::{SignableTransaction, TxEip1559};
 use alloy_eips::eip2718::{Decodable2718, Encodable2718};
 use alloy_primitives::{hex, Address, BlockHash, Bytes, PrimitiveSignature, U256};
-use alloy_rlp::{Decodable, Encodable};
 use brotli::enc::{BrotliCompress, BrotliEncoderParams};
 use op_alloy_consensus::OpTxEnvelope;
 use op_alloy_genesis::RollupConfig;
-use op_alloy_protocol::{ChannelId, ChannelOut, SingleBatch, CHANNEL_ID_LENGTH};
+use op_alloy_protocol::{Batch, ChannelId, ChannelOut, SingleBatch, CHANNEL_ID_LENGTH};
 
 fn main() {
     // Use the example transaction
@@ -32,23 +31,24 @@ fn main() {
     let timestamp = 1;
 
     let single_batch = SingleBatch { parent_hash, epoch_num, epoch_hash, timestamp, transactions };
+    let batch = Batch::Single(single_batch);
 
     // Encode the batch.
     let mut encoded = Vec::new();
-    single_batch.encode(&mut encoded);
-    let decoded = SingleBatch::decode(&mut encoded.as_slice()).unwrap();
-    assert_eq!(single_batch, decoded);
+    batch.encode(&mut encoded).unwrap();
+    let config = RollupConfig::default();
+    let decoded = Batch::decode(&mut encoded.as_slice(), &config).unwrap();
+    assert_eq!(batch, decoded);
     println!("Encoded Batch: {}", hex::encode(&encoded));
 
     // Compress the encoded batch.
     let compressed = compress_brotli(&encoded);
-    let expected = hex!("1b1201f82f0f6c3734f4821cd090ef3979d71a98e7e483b1dccdd525024c0ef16f425c7b4976a7acc0c94a0514b72c096d4dcc52f0b22dae193c70c86d0790a304a08152c8250031d011fe80c23600004009b67bf33d17f4b6831018ad78018613b3403bc2fc6da91e8fc8a29031b3417774a33bf1f30534ea695b09eb3bf26cb553530e9fa2120e755ec5bd3a2bc75b2ee300");
+    let expected = hex!("1b1301f82f0f6c3734f4821cd090ef3979d71a98e7e483b1dccdd525024c0ef16f425c7b4976a7acc0c94a0514b72c096d4dcc52f0b22dae193c70c86d0790a304a08152c8250031d091063ea0b00d00005082edde7ccf05bded2004462b5e80e1c42cd08e307f5baac723b22864cc6cd01ddde84efc7c018d7ada56c2fa8e3c5bedd494c3a7a884439d5771afcecaf196cb38");
     assert_eq!(compressed, expected);
     println!("Brotli-compressed batch: {}", hex::encode(&compressed));
 
     // Create a new channel.
     let id = random_channel_id();
-    let config = RollupConfig::default();
     let mut channel_out = ChannelOut::new(id, &config);
 
     // Add the compressed batch to the `ChannelOut`.
diff --git a/crates/protocol/examples/frames_to_batch.rs b/crates/protocol/examples/frames_to_batch.rs
index cd2c5baa..663d225d 100644
--- a/crates/protocol/examples/frames_to_batch.rs
+++ b/crates/protocol/examples/frames_to_batch.rs
@@ -3,15 +3,15 @@
 use alloy_consensus::{SignableTransaction, TxEip1559};
 use alloy_eips::eip2718::{Decodable2718, Encodable2718};
 use alloy_primitives::{hex, Address, BlockHash, Bytes, PrimitiveSignature, U256};
-use alloy_rlp::Decodable;
 use op_alloy_consensus::OpTxEnvelope;
-use op_alloy_protocol::{BlockInfo, Channel, Frame, SingleBatch};
+use op_alloy_genesis::RollupConfig;
+use op_alloy_protocol::{Batch, BlockInfo, Channel, Frame, SingleBatch};
 use std::io::Read;
 
 fn main() {
     // Raw frame data taken from the `encode_channel` example.
-    let first_frame = hex!("d9529e42ee95431e983d7e96dc2f2f0400000000004d1b1201f82f0f6c3734f4821cd090ef3979d71a98e7e483b1dccdd525024c0ef16f425c7b4976a7acc0c94a0514b72c096d4dcc52f0b22dae193c70c86d0790a304a08152c8250031d011fe80c200");
-    let second_frame = hex!("d9529e42ee95431e983d7e96dc2f2f040001000000463600004009b67bf33d17f4b6831018ad78018613b3403bc2fc6da91e8fc8a29031b3417774a33bf1f30534ea695b09eb3bf26cb553530e9fa2120e755ec5bd3a2bc75b2ee30001");
+    let first_frame = hex!("60d54f49b71978b1b09288af847b11d200000000004d1b1301f82f0f6c3734f4821cd090ef3979d71a98e7e483b1dccdd525024c0ef16f425c7b4976a7acc0c94a0514b72c096d4dcc52f0b22dae193c70c86d0790a304a08152c8250031d091063ea000");
+    let second_frame = hex!("60d54f49b71978b1b09288af847b11d2000100000046b00d00005082edde7ccf05bded2004462b5e80e1c42cd08e307f5baac723b22864cc6cd01ddde84efc7c018d7ada56c2fa8e3c5bedd494c3a7a884439d5771afcecaf196cb3801");
 
     // Decode the raw frames.
     let decoded_first = Frame::decode(&first_frame).expect("decodes frame").1;
@@ -36,19 +36,20 @@ fn main() {
     println!("Decompressed frame data: {}", hex::encode(&decompressed));
 
     // Decode the single batch from the decompressed data.
-    let batch = SingleBatch::decode(&mut decompressed.as_slice()).expect("batch decodes");
+    let config = RollupConfig::default();
+    let batch = Batch::decode(&mut decompressed.as_slice(), &config).expect("batch decodes");
     assert_eq!(
         batch,
-        SingleBatch {
+        Batch::Single(SingleBatch {
             parent_hash: BlockHash::ZERO,
             epoch_num: 1,
             epoch_hash: BlockHash::ZERO,
             timestamp: 1,
             transactions: example_transactions(),
-        }
+        })
     );
 
-    println!("Successfully decoded frames into a SingleBatch");
+    println!("Successfully decoded frames into a Batch");
 }
 
 /// Decompresses the given bytes data using the Brotli decompressor implemented