Databases · head to head
Memcached vs Neon
The short version
- Each has a real cost: Memcached no persistence at all: restart a node and its cache is gone, which every design must assume; Neon compute pricing at $0.106-$0.222/CU-hour means costs scale directly with workload, unlike fixed-price alternatives
- They diverge on capability: Memcached covers In-memory key-value cache, Neon covers Serverless PostgreSQL.
- Prices and features above were last checked on 1 September 2026.
Where they differ
Only the attributes on which Memcached and Neon actually diverge.
Identical on both: starting price (Free), free tier (Yes), user rating (Not yet rated).
What each one covers
Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.
Only in Memcached
- In-memory key-value cache
- Multithreaded
- Client-side sharding
- Predictable memory use
Only in Neon
- Serverless PostgreSQL
- Database Branching
- Autoscaling
- Bottomless Storage
- Point-in-time Recovery
- Connection Pooling
- Read Replicas
- Instant Cloning
What people use each for
The jobs each tool is most often brought in to do.
Memcached
- Caching expensive database query results to cut loadnot Neon
- Session storage where losing sessions on restart is acceptablenot Neon
- Fronting an API whose responses are costly and change slowlynot Neon
Neon
- Serverless applicationsnot Memcached
- Development databasesnot Memcached
- Preview environmentsnot Memcached
- Testingnot Memcached
Where each one falls short
Documented limitations, not opinions. Every one is a constraint you would hit in normal use.
Memcached
- No persistence at all: restart a node and its cache is gone, which every design must assume
- No replication or failover, so losing a node loses that share of the cache
- Only simple key-value, with none of the lists, sorted sets or streams Redis offers
- Values are capped at 1MB by default, which surprises teams caching large documents
Neon
- Compute pricing at $0.106-$0.222/CU-hour means costs scale directly with workload, unlike fixed-price alternatives
- Separation of compute and storage may add complexity to cost prediction compared to all-in-one plans
Pricing, plan by plan
Memcached
Free- MemcachedFree
- Full functionality
- Self-hosted
- No usage limits
Neon
Free- FreeFree
- 100 CU-hours/month
- 0.5 GB storage
- 1 project
- Launch$15/month
- Pay-as-you-go compute
- $0.35/GB storage
- Multiple projects
- Scale$31/month
- Higher compute rates
- 99.95% SLA
- HIPAA compliance
Which should you pick?
Choose Memcached if
- You need in-memory key-value cache.
- You want to start without paying.
- You work on Linux, macOS, Windows, Docker, Self-hosted.
- You also want multithreaded.
Choose Neon if
- You need serverless postgresql.
- You want to start without paying.
- You work on Cloud.
- You also want database branching.
Questions people ask
- Is Memcached or Neon better?
- Neither clearly leads. Memcached starts at Free and Neon at Free, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
- Which is cheaper, Memcached or Neon?
- Memcached starts at Free and Neon at Free.
- Does Memcached or Neon run on more platforms?
- Memcached runs on Linux, macOS, Windows, Docker, Self-hosted. Neon runs on Cloud.
- Can I use Memcached for free?
- Both have a free tier, so you can try either at no cost before committing.
- What is Memcached best used for?
- Memcached is most often used for caching expensive database query results to cut load, session storage where losing sessions on restart is acceptable, fronting an api whose responses are costly and change slowly. Of those, caching expensive database query results to cut load and session storage where losing sessions on restart is acceptable are not what Neon is typically brought in for.
- What can Memcached do that Neon cannot?
- Memcached covers In-memory key-value cache, Multithreaded, Client-side sharding, Predictable memory use. Neon covers Serverless PostgreSQL, Database Branching, Autoscaling, Bottomless Storage.
Answered from the vendors’ own pages
Memcached: Is Memcached free?
Yes, open source with no licence fee.
Neon: What is Neon and what makes it different?
Neon is a serverless PostgreSQL database that separates compute and storage, enabling automatic scaling and instant database branching. After acquisition by Databricks in May 2025, pricing has been significantly reduced.
SourceMemcached: Memcached or Redis?
Memcached is a pure cache: simpler, multithreaded and very predictable. Redis adds persistence, replication and rich data structures, which is why it is the default choice unless you specifically want a cache and nothing more.
Neon: Does Neon offer a free tier?
Yes, Neon's free tier includes 100 compute units per month and 0.5 GB of storage. This is suitable for development and small projects.
SourceMemcached: Does Memcached persist data?
No. Everything is in memory and lost on restart, by design.
Neon: What are the paid plans and pricing for Neon?
Neon offers consumption-based pricing on Launch ($0.106/CU-hour, approximately $15/month) and Scale ($0.222/CU-hour, approximately $31/month) plans with separate storage billing at $0.35/GB-month. No monthly minimum required.
SourceNeon: What features does Neon provide?
Neon includes git-like branching for database copies, point-in-time recovery, data anonymization for testing, managed authentication, serverless functions, and object storage that branches with projects.
SourceNeon: What compliance and reliability guarantees does Neon provide?
Neon's Scale tier offers 99.95% uptime SLA, HIPAA compliance, SOC2 certification, and private networking via PrivateLink at no extra cost.
SourceRelated pages
Other head to heads
- Memcached vs Dragonfly
- Memcached vs Valkey
- Memcached vs Readyset
- Memcached vs PostgreSQL
- Memcached vs DuckDB
- Memcached vs DynamoDB
- Memcached vs NATS
- Memcached vs Apache Pulsar
- Memcached vs Presto
- Memcached vs Timeplus
- Memcached vs RabbitMQ
- Memcached vs EMQX
- Memcached vs FaunaDB
- Memcached vs Firebase Realtime Database
- Memcached vs MotherDuck
- Memcached vs Neo4j
- Memcached vs Apache Kafka
- Memcached vs Firestore
- Memcached vs Upstash
- Memcached vs AWS (Amazon Web Services)
- Memcached vs DigitalOcean
- Memcached vs Render
- Memcached vs Oracle Cloud
- Memcached vs Fly.io
- Memcached vs Railway
- Memcached vs Scaleway
- Memcached vs Proxmox VE
- Memcached vs Vultr
- Memcached vs Tencent Cloud
- Memcached vs Lambda
- Memcached vs Linode
- Memcached vs Longhorn
- Memcached vs Northflank
- Memcached vs Lambda (AWS Serverless)
- Memcached vs minikube
- Memcached vs OpenTelemetry
- Neon vs Dragonfly
- Neon vs Valkey
- Neon vs Readyset
- Neon vs PostgreSQL
- Neon vs DuckDB
- Neon vs DynamoDB
- Neon vs NATS
- Neon vs Apache Pulsar
- Neon vs Presto
- Neon vs Timeplus
- Neon vs RabbitMQ
- Neon vs EMQX
- Neon vs FaunaDB
- Neon vs Firebase Realtime Database
- Neon vs MotherDuck
- Neon vs Neo4j
- Neon vs Apache Kafka
- Neon vs Firestore
- Neon vs Upstash
- Neon vs AWS (Amazon Web Services)
- Neon vs DigitalOcean
- Neon vs Render
- Neon vs Oracle Cloud
- Neon vs Fly.io
- Neon vs Railway
- Neon vs Scaleway
- Neon vs Proxmox VE
- Neon vs Vultr
- Neon vs Tencent Cloud
- Neon vs Lambda
- Neon vs Linode
- Neon vs Longhorn
- Neon vs Northflank
- Neon vs Lambda (AWS Serverless)
- Neon vs minikube
- Neon vs OpenTelemetry

