T3 EC2 pricing details

T3 large ec2 instance month price

If you're looking to estimate the **monthly cost** for an **AWS EC2 T3 Large** instance (which includes 2 vCPUs and 8 GiB memory), here’s what’s current:

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### Pricing Overview

#### **On-Demand (Linux)**
– The base rate is approximately **$0.0832 per hour** citeturn0search1turn0search9.
– Assuming 24×7 usage over a 30-day month (720 hours), that comes to around **$60.74 per month** citeturn0search12turn0search16.

#### **Savings Plans (1- or 3-year commitment)**
– With Compute or EC2 Savings Plans, you can get significantly lower rates—around **$0.06 per hour**, representing about a 28% discount versus on-demand citeturn0search11.
– That equals roughly **$43.20 per month** (0.06 × 720 hours).

#### **Unlimited Mode (Burst Credits)**
– T3 instances run in Unlimited mode by default, allowing burst usage beyond baseline CPU credits. If you exceed baseline capacity, you'll incur an additional charge of **$0.05 per vCPU-hour** citeturn0search3turn0search17.

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### Summary Table

| Pricing Option | Hourly Rate | Estimated Monthly Cost (720h) |
|————————————–|————-|——————————-|
| On-Demand (Linux) | $0.0832 | **~$60.74** |
| Savings Plan (committed) | $0.06 | **~$43.20** |
| Unlimited Mode overage (if used vCPU over credits) | $0.05 per vCPU-hour | Additional, if applicable |

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### Additional Costs to Watch
– **Public IP addresses**: Not included in EC2 on-demand pricing. A public IPv4 can add about **$3.65/month** citeturn0search23.
– **EBS (Elastic Block Store)**: Storage is additional—typical small volumes might be around $5–10/month.
– **Data transfer, NAT Gateway, or other networking**: If applicable, these may add to your monthly cost depending on usage or architecture, but weren't specified so not included here.

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### Final Word
For general-purpose Linux workloads running continuously:
– **On-Demand cost**: ≈ **$60.74/month**
– **Savings Plan (commitment)**: ≈ **$43.20/month**
– **Additional Unlimited burst charges** only if you exceed baseline CPU credits.

Would you like similar calculations for Windows instances, different regions (like India), or RIs instead of Savings Plans? Let me know!

Which type of website can work

A **T3.large EC2 instance** (2 vCPUs, 8 GiB RAM) is a **general-purpose burstable instance**, good for many mid-level workloads. It works well for:

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✅ **Websites that can run smoothly on T3.large:**
– **Corporate / Business websites** (WordPress, Joomla, Drupal, Laravel, etc.) with medium traffic.
– **E-commerce sites** (WooCommerce, Magento, Shopify custom builds) handling a few thousand monthly users.
– **Blogs / News portals** with moderate readership.
– **SaaS MVPs or small apps** (CRM, dashboards, portals).
– **Learning management systems (LMS)** with hundreds of users at a time.
– **Development / Staging servers** for testing apps and APIs.
– **API backends** for mobile/web apps with medium traffic.

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⚠️ **May struggle without tuning or scaling:**
– **High-traffic e-commerce** (tens of thousands of concurrent users).
– **Streaming sites** (video/audio).
– **Heavy real-time apps** (gaming servers, financial trading).
– **Large databases** (analytics, big data).

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💡 **Tip:**
T3.large is cost-effective, but it uses **CPU credits** (burstable). If your website needs **constant heavy CPU**, you may face throttling. In such cases, better use **M5.large** or **C5.large** (non-burstable).

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👉 Do you want me to suggest the **best instance type based on your website type** (like WordPress, WooCommerce, SaaS, etc.)?

T3g xlarge

Here’s a clear breakdown for **T3g.xlarge EC2 instance** 👇

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### 📌 Specs
– **vCPUs**: 4
– **Memory**: 16 GiB
– **Network**: Up to 5 Gbps
– **Storage**: EBS only (charged separately)
– **Architecture**: **Graviton (Arm-based)** → cheaper & more efficient than Intel/AMD

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### 💰 Price (Linux, On-Demand – us-east-1)
– **Hourly**: ~$0.1344
– **Monthly (720h)**: ~**$96.77**
– **Savings Plan / RI (1yr)**: ~**$67–75/month**
– **Additional costs**:
– EBS (~$5–20/month depending on size)
– Elastic IP (~$3.65/month if always attached)
– Data transfer

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### ✅ Best Use Cases (What type of website it can run well)
T3g.xlarge is more powerful than T3.large and fits **medium-to-large websites**:
– **High-traffic WordPress/WooCommerce** sites (tens of thousands of visits/month).
– **Corporate portals** with multiple sub-sites or multilingual setups.
– **Medium SaaS apps** needing more consistent CPU & memory.
– **API-heavy platforms** (social apps, dashboards).
– **Learning platforms (LMS)** with video streaming (moderate level).
– **Development/CI/CD servers** for multiple projects.

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### ⚠️ Things to Note
– It’s **burstable** (like T3) → uses **CPU credits**. If your workload is **always heavy**, better go for **M6g.xlarge** (general-purpose, non-burstable) for stable performance.
– Runs on **Arm architecture** → check if your stack (PHP, Node.js, Python, MySQL, etc.) is fully compatible (most modern apps are).

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👉 Do you want me to compare **T3g.xlarge vs M6g.xlarge** for websites, so you know which one is safer for your use case?

M6g xlarge price

Here’s the latest pricing for an **AWS EC2 M6g.xlarge** instance (4 vCPUs, 16 GiB RAM, Graviton2 architecture):

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### On-Demand Pricing (Linux, us-east-1 / N. Virginia)
– **Hourly rate**: approximately **$0.1540** citeturn0search10turn0search6
– **Estimated monthly cost** (720 hours): **~$112.42** citeturn0search10turn0search6

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### Regional Pricing Variations
A broader pricing snapshot across regions shows a range:
– **Minimum average rate**: **$0.1012/hour**
– **Maximum rate**: **$0.2448/hour** citeturn0search23

So depending on the AWS region, monthly cost (720 h) can vary from **~$73 to $176**.

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### Quick Summary by Region

| Region (example) | Hourly Price | Estimated Monthly (720h) |
|————————|————–|—————————|
| N. Virginia (us-east-1) | ~$0.154 | **$112.42** |
| Lowest-priced region | ~$0.101 | **$72.86** |
| Highest-priced region | ~$0.245 | **$176.40** |

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### Notes & Recommendations
– **Architecture**: M6g.xlarge uses **ARM-based Graviton2 processors**, delivering up to 40% better price-performance than M5 instances citeturn0search18.
– **Region matters**: AWS pricing differs by region—deciding where your instance runs can significantly affect costs.
– **Other purchase options**: Savings Plans or Reserved Instances could reduce hourly rates further, though the exact discounted pricing wasn’t retrieved yet—want me to look it up?

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Let me know if you'd like comparisons for other regions, purchase options like Spot, Reserved, or Savings Plans, or cost estimates for alternative instance types!

Which type of website

An **M6g.xlarge** (4 vCPUs, 16 GiB RAM, Graviton2) is a **general-purpose, non-burstable instance** → more stable than T3/T3g (no CPU credits).

Here’s where it fits best 👇

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### ✅ Suitable Website Types
– **High-traffic WordPress / WooCommerce**
→ Handles tens of thousands of visits/month with multiple plugins, caching, and medium DB load.
– **Corporate portals & multi-site WordPress**
→ Multilingual sites, intranet portals, or large CMS setups.
– **Mid-size SaaS applications**
→ Dashboards, CRMs, booking systems with steady daily users.
– **Learning Management Systems (LMS)**
→ Moodle, LearnDash, Thinkific-style setups with hundreds of concurrent students.
– **API & backend services**
→ Node.js, Laravel, Django, Express backends handling consistent requests.
– **Medium e-commerce**
→ Magento or Shopify-like stores with thousands of products and steady checkout traffic.

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### ⚠️ Not Ideal For
– **Heavy real-time apps** (e.g., stock trading, gaming) → need C-series (compute optimized).
– **Video streaming / transcoding** → better with G- or C-series.
– **Big data analytics** → R-series (memory optimized) or M6i for Intel workloads.

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### 💡 Why M6g.xlarge is good
– **No CPU credit limit** → stable performance for sites with consistent traffic.
– **16 GiB RAM** → handles large PHP/MySQL apps smoothly.
– **Graviton2 (ARM)** → cheaper & faster than Intel/AMD for most modern stacks.

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👉 Do you want me to compare **T3g.xlarge vs M6g.xlarge specifically for WordPress/WooCommerce** (traffic, cost, and stability)?

We have laravel and Angular website like task management

Got it. For a **Laravel (API) + Angular (SPA) task-management app**, here’s a practical sizing + architecture guide:

# Recommendation (short answer)
– **Start**: **M6g.large** (2 vCPU, 8 GB) for prod if traffic is moderate.
– **Scale / Higher, steady load**: **M6g.xlarge** (4 vCPU, 16 GB).
– Avoid **T3/T3g** for production if usage is steady; burst credits can throttle APIs at busy hours.

# Why M6g.xlarge works well
– **Non-burstable, stable CPU** → consistent API latency (important for task lists, filters, websockets).
– **16 GB RAM** → headroom for PHP-FPM workers, queues, caching, and background jobs.
– **Graviton2 (ARM)** → lower cost per performance; Laravel + PHP 8.2/8.3 and Node 18/20 run great on ARM.

# Reference architecture
– **ALB (HTTP/2)** → **EC2 (M6g.large→M6g.xlarge)** running:
– **Nginx** → **PHP-FPM** (Laravel)
– **Node.js** (for SSR if needed or websocket gateway) using **PM2**
– **RDS (Aurora/MySQL or MySQL)**: start **t4g.medium** (2 vCPU, 4–8 GB), enable autoscaling storage.
– **ElastiCache Redis**: **t4g.small** for sessions/queues/cache.
– **S3 + CloudFront**: user uploads & Angular build assets.
– **SQS** (or Redis queues) for emails, notifications, reports.
– **Amazon SES** for mail, **CloudWatch + X-Ray** for metrics/traces.

# Rough capacity guide (assuming optimized code & caching)
– **M6g.large**: ~150–300 concurrent API users, 2–4 queue workers.
– **M6g.xlarge**: ~400–800 concurrent API users, 6–10 queue workers.
*(Heavily depends on DB queries, N+1, cache hit rate, and websockets.)*

# Key config knobs (quick wins)
– **PHP-FPM**: `pm = dynamic`, `pm.max_children ≈ (RAM_for_PHP / 80–120MB)`. On 16 GB, reserve for DB cache/Redis; set ~60–90 children if app is memory-light.
– **OPcache**: enable; `opcache.memory_consumption=256–512`, `opcache.max_accelerated_files=100000`.
– **Nginx**: gzip, HTTP/2, `proxy_cache` (if you’re caching API GETs).
– **Laravel**: cache config/routes, `php artisan optimize`, use **horizon** for queues, Redis for sessions/cache, **octane** only if you need ultra-low latency (ensure compatibility).
– **DB**: add indexes for filters/sorting; enable slow query log and fix N+1 with eager loading.
– **Angular**: build with `–prod`, serve via S3+CloudFront (best), or from Nginx if needed.

# ARM (Graviton) notes
– PHP, Composer, Node, MySQL are fine on ARM.
– If you use native NPM modules (e.g., sharp, bcrypt), **rebuild on the server**: `npm rebuild` (or `npm i` on ARM) to compile for aarch64.

# When to move beyond one box
– CPU > 60% sustained or p95 latency rising → **add one more M6g.large** behind ALB (or move to **ECS/Fargate**).
– DB CPU > 60% → scale RDS class or enable a read replica for analytics.
– Heavy websockets → dedicate a small **C7g.large** for the socket server.

If you share your expected concurrent users and key features (realtime boards, file uploads, reports), I’ll pin it down to **exact instance size + DB class + EBS sizes** and give you a copy-paste provisioning checklist.

So now tell me m6g xlarge month price in india

Here's the **monthly pricing estimate for an AWS EC2 **M6g.xlarge** instance in India (Mumbai and Hyderabad regions):**

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## Pricing Details — On-Demand (Linux, ap-south-1 & ap-south-2)

According to the most recent data:

– **Hourly rate**: **$0.1012**
– **Monthly cost (30 days / 720 hours)**: **~ $73.88** citeturn1search10

This applies to both the Mumbai (**ap-south-1**) and Hyderabad (**ap-south-2**) regions—both show the same pricing. citeturn1search10

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## Summary Table

| Region | Hourly (On-Demand) | Estimated Monthly (720 h) |
|—————–|——————–|—————————|
| Mumbai (ap-south-1) | **$0.1012** | **~ $73.88** |
| Hyderabad (ap-south-2) | **$0.1012** | **~ $73.88** |

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## Additional Notes

– **Spot pricing** is significantly cheaper—around $0.0399/hr, which equals about **$29.13/month**. citeturn1search10
– **Reserved Instances (1-year term)** with no upfront payment reduce costs to roughly **$46.57/month**, and **3-year term** all upfront drops it further to around **$27.78/month** citeturn1search10.
– This can be an excellent option if you're confident in your usage.

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### TL;DR

For a **M6g.xlarge (4 vCPU, 16 GB RAM, Graviton2)** in **India**, the **On-Demand monthly cost** is **~ $73.88** (Linux). Let me know if you'd like comparisons with spot pricing or Reserved/Savings Plan options!

Plus https

Got it 👍 — you’re asking about the **extra monthly cost if you add HTTPS (SSL/TLS) support** on top of your **M6g.xlarge (~$73.88/month in India)**.

Here’s the breakdown:

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### 🔐 SSL/HTTPS Options on AWS
1. **AWS Certificate Manager (ACM)**
– **Price**: **Free** for public SSL certificates if used with:
– Elastic Load Balancer (ALB/ELB)
– CloudFront
– API Gateway
– **Renewal**: Automatic.
– **Extra cost**: You only pay for the **Load Balancer** or **CloudFront**, not for the certificate itself.

2. **Load Balancer (ALB) Cost** (needed if you want HTTPS termination at LB):
– **Fixed hourly charge**: ~$0.0225/hr (~$16.20/month) in Mumbai.
– **LCU (Load Balancer Capacity Unit)** usage: depends on traffic, but small/medium sites often stay under $10–20/month.

3. **CloudFront (CDN + HTTPS)**
– **SSL included** at no extra charge.
– You only pay for **data transfer & requests**.
– For India traffic: ~$0.085/GB (first 10 TB/month).

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### ✅ Example Scenarios
– **M6g.xlarge only (no LB/CloudFront)**: ~$73.88/month. You can manually install Let’s Encrypt (free SSL) on the instance via Nginx/Apache. No extra AWS charges.
– **M6g.xlarge + ALB with ACM**: ~$73.88 + ~$16.20 ≈ **$90.08/month** (plus a little extra if traffic is high).
– **M6g.xlarge + CloudFront + ACM**: ~$73.88 + CloudFront usage (depends on bandwidth). For 100 GB/month traffic → ~$8.50 extra.

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👉 Do you want me to recommend the **cheapest + most scalable setup for HTTPS** (Let’s Encrypt vs ACM + ALB vs ACM + CloudFront) based on your Laravel + Angular task management app?

So give me total with all features

Here’s the **total monthly cost estimate for running your Laravel + Angular task management site on AWS M6g.xlarge in India (Mumbai/Hyderabad)** with HTTPS, storage, and supporting services 👇

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## 1. **Compute (EC2)**
– **M6g.xlarge (4 vCPU, 16 GB, Graviton2)**
– On-Demand (Linux): **$0.1012/hr**
– Monthly (720h): **~$73.88**

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## 2. **Storage (EBS)**
– **General Purpose SSD (gp3)** 100 GB (common for OS + app + DB data if local)
– ~$0.08/GB → **$8.00/month**
*(Scale as needed — DB backups, uploads, logs will add more.)*

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## 3. **HTTPS (SSL/TLS)**
Two choices:
– **Option A (Free Let’s Encrypt on instance)** → **$0** (manual renewal).
– **Option B (ACM + ALB)** →
– SSL cert: Free (ACM)
– ALB: ~$0.0225/hr = **$16.20/month**
– LCU charges: For small/medium traffic, add ~**$5–10/month**.

So ALB option = **~$25 extra/month**.

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## 4. **Database (RDS MySQL/Postgres)**
– Start with **db.t4g.medium (2 vCPU, 4 GB RAM)**: ~$0.0416/hr
– Monthly: **~$29.95**
– (Or run DB on same EC2 to save costs, but RDS is better for scaling/reliability.)

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## 5. **Cache / Queue**
– **ElastiCache (Redis)** t4g.small → ~$0.022/hr = **~$15.80/month**
– Optional: you can use Redis on the EC2 itself to save this cost.

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## 6. **Storage & Assets**
– **S3 for uploads + CloudFront (CDN + HTTPS)**
– Example: 100 GB storage + 100 GB traffic/month in India → ~$8–12/month.

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## 7. **Email (SES)**
– Outbound transactional emails:
– First 62k/month free (if via EC2).
– Otherwise, ~$0.10 per 1k emails.

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## 💰 **Total Monthly Estimate**

### Minimal Setup (EC2 + SSL via Let’s Encrypt + EBS):
– **~$82–85/month**

### Production Ready Setup (EC2 + RDS + ALB+ACM + Redis + S3/CF):
– **~$140–160/month**
(scales with traffic, storage, DB size).

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👉 Would you like me to prepare a **tiered breakdown** (e.g., **Basic**, **Recommended**, **High-availability**) so you can decide what fits your budget & traffic?